mhurhangee/ep-ind-claims huggingface dataset:
A prefabricated framing device for an opening, for example for a door or a window, made in a wall having an outer surface, an inner surface and a thickness, the opening being delimited in the thickness of the wall by an inner wall, the inner wall comprising an upper wall, a lower wall and at least one side wall (18A, 18B), the upper wall facing the lower wall, the device including an upper lintel and a lower support, the lintel with an L-section including a first branch able to cover the upper wall, and a second branch able to cover the outer or inner surface of the wall, the support having an L-section such that the support comprises a first branch able to cover the lower wall, and a second branch able to cover the outer or inner surface of the wall, and the support and the lintel being molded together, characterized in that the frame is a one-piece structure molded in one single piece, consisting of polymeric concrete.
An air conditioner comprising: an outdoor unit (30, 120, 400) configured to implement heat exchange of refrigerant; at least one indoor unit (40, 130, 200) configured to implement exchange of refrigerant with the outdoor unit (30, 120, 400) and to implement air conditioning of indoor air; and an electricity reception device (20, 240) configured to receive an electricity regulation signal indicating a level with regard to electricity usage and to transmit a level signal indicating the level of the electricity regulation signal to the outdoor unit (30, 120, 400) or the indoor unit (40, 130, 200), wherein the outdoor unit (30, 120, 400) or the indoor unit (40, 130, 200) checks required electricity consumption from the level signal upon receiving the level signal, and controls an operating state thereof to conform to the required electricity consumption, wherein the electricity reception device (20, 240) receives power from an external power source and extracts the electricity regulation signal from the received power. an outdoor unit (30, 120, 400) configured to implement heat exchange of refrigerant; at least one indoor unit (40, 130, 200) configured to implement exchange of refrigerant with the outdoor unit (30, 120, 400) and to implement air conditioning of indoor air; and an electricity reception device (20, 240) configured to receive an electricity regulation signal indicating a level with regard to electricity usage and to transmit a level signal indicating the level of the electricity regulation signal to the outdoor unit (30, 120, 400) or the indoor unit (40, 130, 200), wherein the outdoor unit (30, 120, 400) or the indoor unit (40, 130, 200) checks required electricity consumption from the level signal upon receiving the level signal, and controls an operating state thereof to conform to the required electricity consumption, wherein the electricity reception device (20, 240) receives power from an external power source and extracts the electricity regulation signal from the received power.
Electro-slag remelting installation having a mold that is open at the top and at least one consumable electrode, which extends into the mold, characterized in that the consumable electrode is oriented to a vertical, wherein the angle between the axis of the consumable electrode and the vertical is between 20° and 60°.
A detachable portable computing system comprising: a convertible portable computing device; a secure storage to store an entry having an identifier of a device to be paired with the apparatus and a master key shared between an apparatus and the device; and a connection logic to enable the apparatus to be securely connected to the device according to a connection protocol in which the device is authenticated based on the identifier received from the device and the master key, the connection logic to generate a set of transport keys based on the master key and attribute information received from the device, wherein after the secure connection a communication between the apparatus and the device is to be encrypted using the set of transport keys, wherein the apparatus comprises a base portion of the convertible portable computing device and the device comprises a detachable portion of the convertible portable computing device, and wherein, according to a given policy or operating mode of the convertible portable computing device, in a first mode communication between the base portion and the detachable portion is to be encrypted using the set of transport keys generated during the connection protocol, and in a second mode communication between the base portion and the detachable portion is to be unencrypted. a convertible portable computing device; a secure storage to store an entry having an identifier of a device to be paired with the apparatus and a master key shared between an apparatus and the device; and a connection logic to enable the apparatus to be securely connected to the device according to a connection protocol in which the device is authenticated based on the identifier received from the device and the master key, the connection logic to generate a set of transport keys based on the master key and attribute information received from the device, wherein after the secure connection a communication between the apparatus and the device is to be encrypted using the set of transport keys, wherein the apparatus comprises a base portion of the convertible portable computing device and the device comprises a detachable portion of the convertible portable computing device, and wherein, according to a given policy or operating mode of the convertible portable computing device, in a first mode communication between the base portion and the detachable portion is to be encrypted using the set of transport keys generated during the connection protocol, and in a second mode communication between the base portion and the detachable portion is to be unencrypted.
Process for preparing alkylaluminoxane by reacting, in the absence of solvent, 1 molar equivalent of alkylaluminium with 0.1 to 0.8 molar equivalent of a substituted allylic alcohol of the formula wherein R1 and R2 are independently selected from aliphatic and aromatic hydrocarbon groups, and R3, R4, and R5 are independently selected from aliphatic and aromatic hydrocarbon groups and a hydrogen atom.
An arrangement comprising a master unit comprising a first output and a second output, and being configured to provide a first potential at the first output, and a second potential at the second output, wherein the second potential is different from the first potential; a first slave unit and an identical second slave unit, each of the first and second slave units (401, 402) comprising a first input, a second input, and a polarity determination unit; and a bus line coupled to the master unit, the first lave unit, and the second slave unit, wherein the first input of the first slave unit is coupled to the first output, and the second input of the first slave unit is coupled to the second output of the master unit, characterized in that the first input of the second slave unit is coupled to the second output, and the second input of the second slave unit is coupled to the first output of the master unit, the polarity detection unit of the first slave unit is configured to determine which potential is provided at which input (X1, X2) of the first slave unit, and to output a corresponding polarity signal having a first state via the bus line, and the polarity detection unit of the second slave unit is configured to determine which potential is provided at which input (X1, X2) of the second slave unit, and to output a corresponding polarity signal having a second state via the bus line. a master unit comprising a first output and a second output, and being configured to provide a first potential at the first output, and a second potential at the second output, wherein the second potential is different from the first potential; a first slave unit and an identical second slave unit, each of the first and second slave units (401, 402) comprising a first input, a second input, and a polarity determination unit; and a bus line coupled to the master unit, the first lave unit, and the second slave unit, wherein the first input of the first slave unit is coupled to the first output, and the second input of the first slave unit is coupled to the second output of the master unit, characterized in that the first input of the second slave unit is coupled to the second output, and the second input of the second slave unit is coupled to the first output of the master unit, the polarity detection unit of the first slave unit is configured to determine which potential is provided at which input (X1, X2) of the first slave unit, and to output a corresponding polarity signal having a first state via the bus line, and the polarity detection unit of the second slave unit is configured to determine which potential is provided at which input (X1, X2) of the second slave unit, and to output a corresponding polarity signal having a second state via the bus line.
A ballast water treatment operating apparatus comprising: a ballast water treatment unit for performing a certain treatment of a ballast water flowing in from the outside for a ballast operation or performing a certain treatment of ballast water discharged into the outside for a de-ballast operation; a positional information receiving unit (180, 280) for receiving a positional information; and a control unit (190, 290) for confirming a ship's position by using the positional information received from the positional information receiving unit (180, 280) and then determining whether to operate the ballast water treatment unit during the ballast operation or during the de-ballast operation; wherein the control unit (190, 290) does not operate the ballast water treatment unit when the area where the ballast operation is performed is the same as the area where the de-ballast operation is performed or the area where the ballast operation or de-ballast operation is performed is under a Mutual Exemption Agreement stating that an application of a Ballast Water Management Convention is mutually exempted. a ballast water treatment unit for performing a certain treatment of a ballast water flowing in from the outside for a ballast operation or performing a certain treatment of ballast water discharged into the outside for a de-ballast operation; a positional information receiving unit (180, 280) for receiving a positional information; and a control unit (190, 290) for confirming a ship's position by using the positional information received from the positional information receiving unit (180, 280) and then determining whether to operate the ballast water treatment unit during the ballast operation or during the de-ballast operation; wherein the control unit (190, 290) does not operate the ballast water treatment unit when the area where the ballast operation is performed is the same as the area where the de-ballast operation is performed or the area where the ballast operation or de-ballast operation is performed is under a Mutual Exemption Agreement stating that an application of a Ballast Water Management Convention is mutually exempted.
Compounds selected from the group Compound No. Structure/name "A78" -3-Hydroxy-2-oxo-1-(1H-pyrrolo[2,3-b]pyridin-5-yl)-pyrrolidine-3-carboxylic acid 3,5-difluoro-benzylamide "A79" -1-(3-Chloro-1H-pyrrolo[2,3-b]pyridin-5-yl)-3-hydroxy-2-oxo-pyrrolidine-3-carboxylic acid 3,5-difluoro-benzylamide and pharmaceutically usable salts, tautomers and stereoisomers thereof, including mixtures thereof in all ratios.
A method for transmitting multimedia broadcast/multicast service, MBMS, control information from a radio network controller, RNC, in an MBMS mobile communication system, comprising the steps of: transmitting from the RNC (403,503) to a Node B (402,502) a control message including parameters containing an MBMS notification indicator channel, MICH, mode to configure an MBMS notification indicator channel, MICH; and establishing by the Node B a physical channel (417,512) according to the control message; and transmitting an MBMS notification indicator channel, MICH, including MBMS notification indicator, NI, indicating the presence or absence of the MBMS control information to user equipments, UEs, on the established physical channel, said method being characterised in that the control message is a control-plane Node B application part, NBAP, message. transmitting from the RNC (403,503) to a Node B (402,502) a control message including parameters containing an MBMS notification indicator channel, MICH, mode to configure an MBMS notification indicator channel, MICH; and establishing by the Node B a physical channel (417,512) according to the control message; and transmitting an MBMS notification indicator channel, MICH, including MBMS notification indicator, NI, indicating the presence or absence of the MBMS control information to user equipments, UEs, on the established physical channel, said method being characterised in that the control message is a control-plane Node B application part, NBAP, message.
An adaptive template image to be registered to a PET or a SPECT image during a standard image registration method, comprising: a template image model wherein the values for each voxel in the adaptive template image vary according to one or more control parameters, and the adaptive template image is altered during the image registration process; wherein the variability of values for each voxel ranges from a value corresponding to the normal level of uptake of an imaging agent to an abnormal level of uptake of the imaging agent; and wherein the value of the voxels are defined by the equation: I i template = I i 0 + I i slope x wherein I i template is the value of the voxel i in the adaptive template image, I i 0 represents a value corresponding to a normal level of uptake of an imaging agent within that voxel, I i slope corresponds to the maximum additional amount of uptake of the imaging agent corresponding to an abnormal (high) level of uptake of the imaging agent in that voxel with respect to a control parameter x. a template image model wherein the values for each voxel in the adaptive template image vary according to one or more control parameters, and the adaptive template image is altered during the image registration process; wherein the variability of values for each voxel ranges from a value corresponding to the normal level of uptake of an imaging agent to an abnormal level of uptake of the imaging agent; and wherein the value of the voxels are defined by the equation: I i template = I i 0 + I i slope x wherein I i template is the value of the voxel i in the adaptive template image, I i 0 represents a value corresponding to a normal level of uptake of an imaging agent within that voxel, I i slope corresponds to the maximum additional amount of uptake of the imaging agent corresponding to an abnormal (high) level of uptake of the imaging agent in that voxel with respect to a control parameter x.
Device of detection of a substance in a fluid, comprising: first and second transparent plates delimiting a chamber intended to contain the fluid; on the inner surface of the first plate, one or a plurality of pads of a probe material having optical properties varying according to the concentration of a target substance, the possible presence of which in the fluid is desired to be detected; and an illumination device comprising a third transparent plate (113; 103) substantially parallel to the first plate and arranged on the side of the chamber opposite to the first plate, characterized in that a surface of said third transparent plate (113; 103) which faces the first plate comprises one or a plurality of microstructured light extraction regions located in front of the pads, and in that the light pattern generated by said illumination device is such that only the pads are illuminated by the light originating from the excitation source. first and second transparent plates delimiting a chamber intended to contain the fluid; on the inner surface of the first plate, one or a plurality of pads of a probe material having optical properties varying according to the concentration of a target substance, the possible presence of which in the fluid is desired to be detected; and an illumination device comprising a third transparent plate (113; 103) substantially parallel to the first plate and arranged on the side of the chamber opposite to the first plate, characterized in that a surface of said third transparent plate (113; 103) which faces the first plate comprises one or a plurality of microstructured light extraction regions located in front of the pads, and in that the light pattern generated by said illumination device is such that only the pads are illuminated by the light originating from the excitation source.
An information processing method performed by an information processing apparatus that includes: a job management means configured to manage a print queue in which jobs including requests to a printing apparatus are registered; and a status storing means configured to store and/or update a status of the printing apparatus, the job management means being configured to acquire a status of the printing apparatus and to store and/or update the status of the printing apparatus in the status storing means when a job registered in the print queue is processed, the method comprising: inputting, to the job management means, a status acquisition job that requests the acquisition of a status of the printing apparatus and the storage and/or updating of the acquired status of the printing apparatus in the status storing means; acquiring, from the job management means, the status stored in the status storing means; determining whether ink information regarding ink is included in the acquired status; acquiring, from the job management means, a processing status of the status acquisition job input to the job management means if it is determined that ink information is included in the acquired status; and requesting the job management means to cancel the status acquisition job if identification information corresponding to the acquired status is the same as identification information of the status acquisition job input and further if the status acquisition job is currently being processed, or if the status acquisition job is currently in a waiting state and further if the job management means is currently operating, wherein the job management means removes the status acquisition job from the print queue in accordance with the request to cancel the status acquisition job. inputting, to the job management means, a status acquisition job that requests the acquisition of a status of the printing apparatus and the storage and/or updating of the acquired status of the printing apparatus in the status storing means; acquiring, from the job management means, the status stored in the status storing means; determining whether ink information regarding ink is included in the acquired status; acquiring, from the job management means, a processing status of the status acquisition job input to the job management means if it is determined that ink information is included in the acquired status; and requesting the job management means to cancel the status acquisition job if identification information corresponding to the acquired status is the same as identification information of the status acquisition job input and further if the status acquisition job is currently being processed, or if the status acquisition job is currently in a waiting state and further if the job management means is currently operating, wherein the job management means removes the status acquisition job from the print queue in accordance with the request to cancel the status acquisition job.
Cable comprising at least one conductor and one or more coating layer(s) wherein at least one coating layer is a cable layer comprising a propylene polymer composition comprising (a) at least 36.0 wt.-% of a polypropylene (b) not more than 50.0 wt.-% of an elastomeric copolymer comprising units derived from - propylene and - ethylene and/or C4 to C20 α-olefin and (c) at least 10.0 wt.-% of a polar ethylene polymer, wherein the percentages are based on the total amount of the propylene polymer composition and wherein (i) the polypropylene constitutes a matrix in which the elastomeric copolymer and optionally the polar ethylene polymer is dispersed within the matrix, (ii) the cable layer and/or the propylene polymer composition has a gel content measured according to the method given in the description of equal or more than 0.20 wt.-%, and (iii) said composition comprises additionally units derived from at least bifunctionally unsaturated monomer(s) (D') and/or at least multifunctionally unsaturated low molecular weight polymer(s) having M n ≤ 10000 g/mol (sec) (D"). (a) at least 36.0 wt.-% of a polypropylene (b) not more than 50.0 wt.-% of an elastomeric copolymer comprising units derived from - propylene and - ethylene and/or C4 to C20 α-olefin and - propylene and - ethylene and/or C4 to C20 α-olefin and (c) at least 10.0 wt.-% of a polar ethylene polymer, (i) the polypropylene constitutes a matrix in which the elastomeric copolymer and optionally the polar ethylene polymer is dispersed within the matrix, (ii) the cable layer and/or the propylene polymer composition has a gel content measured according to the method given in the description of equal or more than 0.20 wt.-%, and (iii) said composition comprises additionally units derived from at least bifunctionally unsaturated monomer(s) (D') and/or at least multifunctionally unsaturated low molecular weight polymer(s) having M n ≤ 10000 g/mol (sec) (D").
A multivalent siRNA complex consisting of: (a) a first polynucleotide that is fully or partially complementary to a first target sequence, wherein the first polynucleotide is 15-30 nucleotides in length, and wherein the first polynucleotide is capable of targeting and reducing expression of the first target sequence; (b) a second polynucleotide that is fully or partially complementary to a second target sequence, wherein the second polynucleotide is 15-30 nucleotides in length, and wherein the second polynucleotide is capable of targeting and reducing expression of the second target sequence; and (c) a third polynucleotide that is either (i) fully or partially complementary to and capable of targeting and reducing expression of a third target sequence, or (ii) not specific to any target sequence, and wherein the third polynucleotide is 15-30 nucleotides in length, wherein a 5' region of the first polynucleotide is complementary to a 3' region of the third polynucleotide, wherein a 3' region of the first polynucleotide is complementary to a 5' region of the second polynucleotide, and wherein a 3' region of the second polynucleotide is complementary to a 5' region of the third polynucleotide; wherein the three separate polynucleotides hybridize via their complementary 3' and 5' regions to form a polynucleotide complex with a first, second, and third double-stranded region; and wherein the first, second, and third double-stranded regions are between 5-12 nucleotide pairs in length. (a) a first polynucleotide that is fully or partially complementary to a first target sequence, wherein the first polynucleotide is 15-30 nucleotides in length, and wherein the first polynucleotide is capable of targeting and reducing expression of the first target sequence; (b) a second polynucleotide that is fully or partially complementary to a second target sequence, wherein the second polynucleotide is 15-30 nucleotides in length, and wherein the second polynucleotide is capable of targeting and reducing expression of the second target sequence; and (c) a third polynucleotide that is either (i) fully or partially complementary to and capable of targeting and reducing expression of a third target sequence, or (ii) not specific to any target sequence, and wherein the third polynucleotide is 15-30 nucleotides in length,