mhurhangee/ep-ind-claims huggingface dataset:
A method of catalytic process characterization, called CPC method hereinafter, in a reaction system having, in a parallel arrangement, two or more reaction strands having a different number of tubular reactors and wherein a single reaction strand comprises multiple series-connected tubular reactors or a single tubular reactor, wherein connecting conduits between the tubular reactors have no connecting conduits having switching valves or the connecting conduits between the tubular reactors are equipped with switching valves only when they are feed elements, and wherein the connecting conduits have an internal volume 50% less than the internal volume of the tubular reactor, and wherein the method comprises the following steps: i) the individual tubular reactors of the reaction strands are filled with catalyst material, ii) each reaction strand is supplied with a reactant stream, where the reactant streams each have the same chemical composition, iii) the reactant streams supplied to the reaction strands are subjected to a different number of process stages in the different reaction strands, where an individual process stage comprises either one type of reaction and/or one degree of conversion in a given reaction, iv) the product streams discharged from the reaction strands in a parallel arrangement are subjected to an analytical characterization, v) the data achieved from the different reaction strands in the analytical characterization of the product streams are expressed in relative terms. i) the individual tubular reactors of the reaction strands are filled with catalyst material, ii) each reaction strand is supplied with a reactant stream, where the reactant streams each have the same chemical composition, iii) the reactant streams supplied to the reaction strands are subjected to a different number of process stages in the different reaction strands, where an individual process stage comprises either one type of reaction and/or one degree of conversion in a given reaction, iv) the product streams discharged from the reaction strands in a parallel arrangement are subjected to an analytical characterization, v) the data achieved from the different reaction strands in the analytical characterization of the product streams are expressed in relative terms.
A robot cleaner comprising: a main body which forms an external shape; a moving means which moves the main body; a bumper which is disposed to protrude from an outer periphery of the main body; an impact sensor which is disposed obliquely in the main body to detect movement of the bumper; and a pressing unit having a curved end portion which presses the impact sensor, when the bumper moves, characterized in that the main body is connected to the bumper on a first surface and on a second surface perpendicular to the first surface. a main body which forms an external shape; a moving means which moves the main body; a bumper which is disposed to protrude from an outer periphery of the main body; an impact sensor which is disposed obliquely in the main body to detect movement of the bumper; and a pressing unit having a curved end portion which presses the impact sensor, when the bumper moves, characterized in that the main body is connected to the bumper on a first surface and on a second surface perpendicular to the first surface.
A method of manufacturing a hot-press-formed steel member, the steel member being manufactured by heating of a steel sheet having a chemical composition consisting of C: 0.10 to 0.30% (by mass percent, the same holds true for other chemical components), Si: 1.0 to 2.5%, Si+Al: 1.0 to 3.0% in total, and Mn: 1.5 to 3.0%, optionally 1 % or less of Cr (not including 0%), optionally 0.10% or less of Ti (not including 0%), optionally 0.005% or less of B (not including 0%), optionally 0.5% or less of Ni and/or Cu (not including 0%), optionally 1 % or less of Mo (not including 0%), optionally 0.05% or less of Nb (not including 0%), and the remainder consisting of iron and inevitable impurities, and by one or more times of hot press forming of the steel sheet, wherein the heating temperature is an Ac 3 transformation point or higher, start temperature of the hot press forming is the heating temperature or lower and a Ms point or higher, an average cooling rate from the heating temperature to (Ms point - 150)°C is 2 °C/sec or more; an average cooling rate from (Ms point - 150)°C to 40°C is 5°C/sec or less; and wherein finish temperature of final hot press forming is the Ms point or lower and (Ms point - 150)°C or higher. C: 0.10 to 0.30% (by mass percent, the same holds true for other chemical components), Si: 1.0 to 2.5%, Si+Al: 1.0 to 3.0% in total, and Mn: 1.5 to 3.0%, optionally 1 % or less of Cr (not including 0%), optionally 0.10% or less of Ti (not including 0%), optionally 0.005% or less of B (not including 0%), optionally 0.5% or less of Ni and/or Cu (not including 0%), optionally 1 % or less of Mo (not including 0%), optionally 0.05% or less of Nb (not including 0%), and the remainder consisting of iron and inevitable impurities, and by one or more times of hot press forming of the steel sheet, wherein the heating temperature is an Ac 3 transformation point or higher, start temperature of the hot press forming is the heating temperature or lower and a Ms point or higher, an average cooling rate from the heating temperature to (Ms point - 150)°C is 2 °C/sec or more; an average cooling rate from (Ms point - 150)°C to 40°C is 5°C/sec or less; and wherein finish temperature of final hot press forming is the Ms point or lower and (Ms point - 150)°C or higher.
Process for preparing a solid pharmaceutical composition of perindopril or a salt thereof, comprising (i) dry mixing of perindopril or a salt thereof with at least one inorganic carbonate, at least one carrier, and optionally other components, and (ii) dry processing of the mixture obtained in step (i) to the desired solid form. (i) dry mixing of perindopril or a salt thereof with at least one inorganic carbonate, at least one carrier, and optionally other components, and (ii) dry processing of the mixture obtained in step (i) to the desired solid form.
A device for supplying electrical energy and/or supplying data to an electronic module, comprising: - an energy supply part that is installed in an elongated holding device and has a transmitting coil for producing an alternating magnetic field, - a first energy receiving part with a first receiving coil inductively coupled to the transmitting coil, and with a first electronics which is connected to the first receiving coil and which has first signal terminals, - a second energy receiving part with a second receiving coil inductively coupled to the transmitting coil, and with a second electronics which is connected to the second receiving coil and which has second signal terminals, - wherein the first energy receiving part comprising the first electronics and the second energy receiving part comprising the second electronics are accommodated on a common circuit board and form a portion of the electronic module which is accommodated in an appliance housing which can be secured on the holding device, and - wherein the first energy receiving part comprising the first electronics and the second energy receiving part comprising the second electronics are arranged galvanically separated from one another by an insulating area of separation which is located on the common circuit board and which is bridged by a data coupling line in order to exchange signals or data directly between the first electronics and the second electronics. - an energy supply part that is installed in an elongated holding device and has a transmitting coil for producing an alternating magnetic field, - a first energy receiving part with a first receiving coil inductively coupled to the transmitting coil, and with a first electronics which is connected to the first receiving coil and which has first signal terminals, - a second energy receiving part with a second receiving coil inductively coupled to the transmitting coil, and with a second electronics which is connected to the second receiving coil and which has second signal terminals, - wherein the first energy receiving part comprising the first electronics and the second energy receiving part comprising the second electronics are accommodated on a common circuit board and form a portion of the electronic module which is accommodated in an appliance housing which can be secured on the holding device, and - wherein the first energy receiving part comprising the first electronics and the second energy receiving part comprising the second electronics are arranged galvanically separated from one another by an insulating area of separation which is located on the common circuit board and which is bridged by a data coupling line in order to exchange signals or data directly between the first electronics and the second electronics.
A device for clamping electronic devices on installation masts for such electronic devices, such as TV signal amplifiers, comprising: at least one magnet able to be fixed to a rear portion of an electronic device to be clamped on an installation mast made of ferromagnetic material of a cylindrical configuration by means of the magnet, the at least one magnet is configured to form a concave channel with respect to the mast in the clamping position of the electronic device on the installation mast, wherein the at least one magnet is able to be fixed to the electronic device by being housed in a socket in the form of a guide, characterized in that in the clamping position, the at least one magnet is left with edges that correspond to the concave portion on the sides thereof protruding from the socket. at least one magnet able to be fixed to a rear portion of an electronic device to be clamped on an installation mast made of ferromagnetic material of a cylindrical configuration by means of the magnet, the at least one magnet is configured to form a concave channel with respect to the mast in the clamping position of the electronic device on the installation mast, wherein the at least one magnet is able to be fixed to the electronic device by being housed in a socket in the form of a guide, characterized in that in the clamping position, the at least one magnet is left with edges that correspond to the concave portion on the sides thereof protruding from the socket.
Heat recuperator including a grey water inlet intended to receive water from a shower and a grey water outlet intended for evacuation of this water, this recuperator including a heat exchanger connected to the grey water inlet and to the grey water outlet and to a water feed pipe of the shower to transfer heat carried by the grey water to the feed water for the shower, this recuperator including an overflow connected to the grey water inlet and to the grey water outlet so that the water from the shower passes via the overflow directly to the grey water outlet of the recuperator when the heat exchanger is blocked, characterised in that it further includes two heat sensors (13, 14) connected to an electronic circuit, these two heat sensors being adapted to measure on the one hand the temperature of the grey water from the shower and on the other hand the temperature of the feed water of the shower heated by the exchanger, so as to detect blocking of the heat exchanger if the difference between the temperatures measured by these two sensors is above a threshold value.
A method performed by an evolved NodeB for allocating resources in an LTE/Device-to-Device, D2D, network, comprising: allocating a set of resources to D2D clusters for D2D operation (110, 120, 130, 140, 150) wherein each of the D2D clusters comprises a plurality of user equipments, UEs, (115~117, 125~127, 135~137, 145~147, 152~158), that are capable of communicating with each other without the need to communicate through the evolved NodeB; broadcasting information regarding the allocation; wherein said set of resources is selected from: a set of resource blocks within one carrier; a set of frames or subframes; and a combination of resource blocks and sets of frames/subframes; configuring a D2D region (306, 402), wherein the D2D region is a set of LTE subframes or frames where D2D communication is supported, including allocating a subset of frame resources to the D2D region; allocating a discovery zone within the D2D region for D2D device discovery; and broadcasting D2D region configuration information including the subset of frame resources and the discovery zone. allocating a set of resources to D2D clusters for D2D operation (110, 120, 130, 140, 150) wherein each of the D2D clusters comprises a plurality of user equipments, UEs, (115~117, 125~127, 135~137, 145~147, 152~158), that are capable of communicating with each other without the need to communicate through the evolved NodeB; broadcasting information regarding the allocation; wherein said set of resources is selected from: a set of resource blocks within one carrier; a set of frames or subframes; and a combination of resource blocks and sets of frames/subframes; configuring a D2D region (306, 402), wherein the D2D region is a set of LTE subframes or frames where D2D communication is supported, including allocating a subset of frame resources to the D2D region; allocating a discovery zone within the D2D region for D2D device discovery; and allocating a subset of frame resources to the D2D region; allocating a discovery zone within the D2D region for D2D device discovery; and broadcasting D2D region configuration information including the subset of frame resources and the discovery zone.
Admixture, which accelerates the strength development of hydraulic binders, comprising an alkanolamine of the formula wherein R 1 is alkyl having at least 3 hydroxy groups and R 2 and R 3 are independently of each other an alkyl group or a mono- or polyvalent alkanol group, and an alkali sulfate.
Safety gate monitoring module for monitoring a state of a safety gate, comprising: a base unit for generating a safety gate signal and an actuator, which can be moved relative to the base unit, for actuating the base unit, the base unit having an actuator receptacle for receiving the actuator and being configured to generate the safety gate signal when the actuator is inserted into the actuator receptacle, wherein the actuator has a substantially annular actuator element which can be inserted into the actuator receptacle, and wherein the actuator receptacle and the actuator element are configured in such a way that the actuator element can be inserted into the actuator receptacle in at least two different spatial orientations relative to the base unit, characterized in that the at least two different spatial orientations comprise a first, a second and a third spatial orientation (42, 44, 46) of the actuator element relative to the base unit, wherein the second spatial orientation is rotated 90° relative to the first spatial orientation about a first spatial axis, and wherein the third spatial orientation is rotated 90° relative to the second spatial orientation about a second spatial axis that is orthogonal to the first spatial axis. wherein the actuator has a substantially annular actuator element which can be inserted into the actuator receptacle, and wherein the actuator receptacle and the actuator element are configured in such a way that the actuator element can be inserted into the actuator receptacle in at least two different spatial orientations relative to the base unit, characterized in that the at least two different spatial orientations comprise a first, a second and a third spatial orientation (42, 44, 46) of the actuator element relative to the base unit, wherein the second spatial orientation is rotated 90° relative to the first spatial orientation about a first spatial axis, and wherein the third spatial orientation is rotated 90° relative to the second spatial orientation about a second spatial axis that is orthogonal to the first spatial axis.
Aircraft in formation flight comprising a lead aircraft and a follower aircraft flying behind the lead aircraft, provided with a system for the acquisition of an image of the lead aircraft by the follower aircraft comprising at least one camera installed on or in the follower aircraft, a lighting device provided on the follower aircraft and oriented at least partially towards the lead aircraft and a retroreflective device of retroreflector type disposed on the lead aircraft, the retroreflective device allowing the camera to acquire the image of the zones marked by said device, characterized in that the retroreflective device comprises at least one or more retroreflectors in an oblong form or juxtaposed so as to form an oblong arrangement which, from a distance, appears in the form of a line, the retroreflective device taking the form of strips disposed on the outer surface of the lead aircraft, the strips being disposed on lines on the axes Y and Z of the cartesian reference frame of the lead aeroplane, namely on the axis Y on the wing and/or horizontal tail unit and, on the axis Z, on the vertical tail unit.
A method for supporting a diagnosis of a risk of colorectal cancer recurrence, comprising the steps of: performing a first measurement to measure levels of expression of C18orf22, C18orf55, CCDC68, CNDP2, CYB5A, LOC400657, LOC440498, MBD2, MBP, MYO5B, NARS, PQLC1, RTTN, SEC11C, SOCS6, TNFRSF11A, TXNL1, TXNL4A, VPS4B, and ZNF407 in a biological sample collected from a patient with colorectal cancer, a second measurement to measure levels of expression of ASXL1, C20orf112, C20orf177, CHMP4B, COMMD7, CPNE1, DIDO1, DNAJC5, KIF3B, NCOA6, PHF20, PIGU, PLAGL2, POFUT1, PPP1R3D, PTPN1, RBM39, TAF4, and TCFL5, and a third measurement to measure levels of expression of ANGPTL2, AXL, C1R, C1S, CALHM2, CTSK, DCN, EMP3, GREM1, ITGAV, KLHL5, MMP2, RAB34, SELM, SRGAP2P1, and VIM; and determining the risk of colorectal cancer recurrence of the patient based on results of the first measurement, second measurement and third measurement. performing a first measurement to measure levels of expression of C18orf22, C18orf55, CCDC68, CNDP2, CYB5A, LOC400657, LOC440498, MBD2, MBP, MYO5B, NARS, PQLC1, RTTN, SEC11C, SOCS6, TNFRSF11A, TXNL1, TXNL4A, VPS4B, and ZNF407 in a biological sample collected from a patient with colorectal cancer, a second measurement to measure levels of expression of ASXL1, C20orf112, C20orf177, CHMP4B, COMMD7, CPNE1, DIDO1, DNAJC5, KIF3B, NCOA6, PHF20, PIGU, PLAGL2, POFUT1, PPP1R3D, PTPN1, RBM39, TAF4, and TCFL5, and a third measurement to measure levels of expression of ANGPTL2, AXL, C1R, C1S, CALHM2, CTSK, DCN, EMP3, GREM1, ITGAV, KLHL5, MMP2, RAB34, SELM, SRGAP2P1, and VIM; and determining the risk of colorectal cancer recurrence of the patient based on results of the first measurement, second measurement and third measurement.
A method for producing an ester for refrigerator oils, comprising steps of: reacting a neopentyl polyol having a carbon number of 5 to 10 with an aliphatic carboxylic acid having a carbon number of 4 to 12 at 200°C or higher, subsequently distilling away carboxylic acids present in excess in the reaction product under reduced pressure degree of 13 kPa or less in the temperature range of 150°C to 250°C so as to obtain a crude ester product; and treating the resulting crude ester product with one or more kinds of salts selected from the group consisting of sulfite, bisulfite, and pyrosulfite. reacting a neopentyl polyol having a carbon number of 5 to 10 with an aliphatic carboxylic acid having a carbon number of 4 to 12 at 200°C or higher, subsequently distilling away carboxylic acids present in excess in the reaction product under reduced pressure degree of 13 kPa or less in the temperature range of 150°C to 250°C so as to obtain a crude ester product; and treating the resulting crude ester product with one or more kinds of salts selected from the group consisting of sulfite, bisulfite, and pyrosulfite.
A cascade type thrust reverser device for a turbomachine of an aircraft, the device comprising a thrust reverser cascade and a casing, the cascade extending in a first plane defining a first direction (D A) and a second direction (D C) and including first partitions positioned successively in the first direction (D A) and parallel to one another, second partitions intersecting said first partitions and each extending in planes parallel to one another and parallel to the first direction (D A), and cavities each defined by two first partitions and two second partitions, the casing comprising an opening extending in a plane orthogonal to said first direction (D A) and a housing wherein the cascade can be inserted in said first direction (D A) via said opening, and the casing and said cascade being in relative translation with respect to one another in the first direction (D A) between a first position of the device in which the cascade is entirely positioned in the housing and a second position of the device in which said cascade is at least partially outside said housing, characterized in that the casing comprises a perforated wall intended to be in contact with an air flow and to be positioned between said air flow and the cascade when the device is in the first position, the perforated wall including a plurality of orifices and a plurality of wall strips with no orifices and intended to face the first walls of the cascade when the device is in the first position, at least one orifice being positioned between two successive wall strips in the first direction and facing a cavity when the device is in the first position.
A multi-view device for use in conjunction with a display apparatus comprising: a lens unit arranged to operate to selectively transmit or block light; a communication unit arranged to communicate with the display apparatus which is displaying a content image; and a controller arranged to receive a beacon signal in synchronization with a display period of the content image from the display apparatus through the communication unit to control an operation of the lens unit according to the beacon signal, and characterised by being further arranged to change a reception frequency of the beacon signal in accordance with information relating to a running time of the content image displayed on the display apparatus extracted from the beacon signal by controlling activation and inactivation of the communication unit to receive the beacon signal at a preset second period that is longer than a preset first period at which the beacon signal is transmitted from the display apparatus. a lens unit arranged to operate to selectively transmit or block light; a communication unit arranged to communicate with the display apparatus which is displaying a content image; and a controller arranged to receive a beacon signal in synchronization with a display period of the content image from the display apparatus through the communication unit to control an operation of the lens unit according to the beacon signal, and characterised by being further arranged to change a reception frequency of the beacon signal in accordance with information relating to a running time of the content image displayed on the display apparatus extracted from the beacon signal by controlling activation and inactivation of the communication unit to receive the beacon signal at a preset second period that is longer than a preset first period at which the beacon signal is transmitted from the display apparatus.