mhurhangee/ep-ind-claims huggingface dataset:
A furnace for the thermal treatment, in particular the carbonization and/or graphitization, of material, in particular of fibers, in particular of fibers composed of oxidized polyacrylonitrile PAN, comprising a) a furnace housing; b) a process space which is located in the interior space of the furnace housing and is delimited by a process space housing and into which the material to be treated can be introduced; c) a heating system by means of which a process space atmosphere present in the process space can be heated; d) an insulation layer which thermally insulates the process space, wherein e) the insulation layer is an insulating bed composed of a solid particulate material; wherein f) the solid particulate material of the insulating bed has been densified; characterized in that g) the solid particulate material is a carbon black material, in particular a carbon black material having a carbon content of more than 99.5%. a) a furnace housing; b) a process space which is located in the interior space of the furnace housing and is delimited by a process space housing and into which the material to be treated can be introduced; c) a heating system by means of which a process space atmosphere present in the process space can be heated; d) an insulation layer which thermally insulates the process space, wherein e) the insulation layer is an insulating bed composed of a solid particulate material; wherein f) the solid particulate material of the insulating bed has been densified; characterized in that g) the solid particulate material is a carbon black material, in particular a carbon black material having a carbon content of more than 99.5%.
A method for production of a polyisocyanide polymer having a main chain structure with stable right-handed or left-handed helix structure from a single type monomer by treating a mixture of polyisocyanide polymer having a main chain structure with right-handed and left-handed helix structure with an organic solvent to separate the mixture, wherein the polyisocyanide polymer is represented by the following general formula: wherein, Ar represents a benzene ring, R 1 represents an aminocarbonyl group of an optically active amino acid ester that is esterified with an alkyl group of 6 to 30 carbon atoms or a carbonylamino group of an optically active N-acyl amino acid that is N-acylated with an acyl group having an alkyl group of 6 to 30 carbon atoms, the optically active amino acid is any of levorotatory or dextrorotatory chiral body, and x is a positive number indicating the repeat of polyisocyanide group.
Method for operating an operator control apparatus for a vehicle, in particular a motor vehicle, comprising at least one operator control element which has a touch-sensitive surface, by means of which a person can make inputs into the operator control apparatus by touching the surface, comprising a detector device by means of which respective points (19, 21) at which the person touches the surface in succession are detected, and comprising a movement device, which has at least one output element by means of which the operator control element is moved by movement of the output element in order to generate respective haptic feedback to the person as a result of the points (19, 21) of the surface respectively being touched, characterised in that the movements of the output element are varied depending on the points (19, 21), which are detected by means of the detection device, at which the person touches the surface of the operator control element in succession in such a manner that the movements which are executed in succession at the points (19, 21) which ae touched in succession by the operator control element are the same, wherein the operator control element is pivotable about a pivot axis by means of the output element, and wherein with increasing distance between the pivot axis and the points (19, 21), at which the person touches the surface, the amplitude and/or the frequency of the movement of the output element is reduced, wherein the output element is coupled at at least one coupling point to the operator control element, and wherein with increasing distance between the coupling point and the point (19, 21), at which the person touches the surface, the amplitude and/or the frequency of the movement of the output element is increased.
A method for operating an inverter assembly having at least one inverter for converting respectively a direct voltage (U DC) into an alternating voltage (U AC) with a mains frequency (f AC), wherein in each inverter the direct voltage (U DC) of a DC source connected to a DC input is transformed via a DC/DC-converter to an intermediate circuit voltage (U ZK), and the intermediate circuit voltage (U ZK) is converted in a DC/AC-converter having two power units (7, 8), each connected to an AC output (10, 11), which are mutually modulated by a control device of the respective inverter, into the alternating voltage (U AC), which alternating voltage (U AC) corresponds to the total of the opposite voltages (U 10, U 11) at the AC outputs (10, 11) of the power units (7, 8) opposite the negative pole of the intermediate circuit voltage (U ZK), and the alternating voltage (U AC) is fed into a supply network connected to the AC outputs (10, 11), characterised in that before feeding the alternating voltage (U AC) into the supply network, the leakage capacitance (C iso) to ground is determined at the DC input of each inverter, and it is determined which AC output (10, 11) is connected to which line (L, N) of the supply network, and, taking into consideration the determined leakage capacitance (C iso) and a defined maximum leakage current (I A,max) and the determined connection situation at the AC output (10, 11), the power units (7, 8) of each inverter are asymmetrically modulated by the control device in such a way that the amplitudes of the voltages (U 10, U 11) at the AC outputs (10, 11) of the power units (7, 8), which correspond to the alternating voltage (U AC) to be fed in the supply network, differ in size, the modulation of the power unit of the DC/AC-converter connected to the phase connection of the supply network taking place in such a way that the voltage (U 10) with the greater amplitude comes about at the AC output of this power unit, and the modulation of the power unit of the DC/AC-converter connected to the neutral conductor of the supply network taking place in such a way that the voltage (U 11) with the lower amplitude comes about at the AC output of this power unit, as a result of which the leakage currents (I A) are minimised and it is possible to connect each inverter without the risk of exceeding the defined maximum leakage current (I A,max).
A repeated transmission method, comprises: performing, by a user equipment, first transmission of uplink data, and sending a first reference signal to a network device using a first transmission power, wherein the first reference signal is used to demodulate the first transmission of the uplink data; and performing, by the user equipment, N th transmission of the uplink data, and sending a second reference signal to the network device using a second transmission power, wherein N is an integer greater than or equal to 2, the second reference signal is used to demodulate the N th transmission of the uplink data, and the second transmission power is less than the first transmission power, wherein a transmission power of a reference signal corresponding to i th transmission of the uplink data is determined based on a redundancy version number used for the i th transmission of the uplink data, wherein i=1,..., K, and K is a maximum quantity of times of repeated transmission, and wherein for RV=0 the first transmission power is used for the corresponding reference signal, and for an RV different from 0, the second transmission power is used for the corresponding reference signal. performing, by a user equipment, first transmission of uplink data, and sending a first reference signal to a network device using a first transmission power, wherein the first reference signal is used to demodulate the first transmission of the uplink data; and performing, by the user equipment, N th transmission of the uplink data, and sending a second reference signal to the network device using a second transmission power, wherein N is an integer greater than or equal to 2, the second reference signal is used to demodulate the N th transmission of the uplink data, and the second transmission power is less than the first transmission power, wherein a transmission power of a reference signal corresponding to i th transmission of the uplink data is determined based on a redundancy version number used for the i th transmission of the uplink data, wherein i=1,..., K, and K is a maximum quantity of times of repeated transmission, and wherein for RV=0 the first transmission power is used for the corresponding reference signal, and for an RV different from 0, the second transmission power is used for the corresponding reference signal.
A method for measuring cell-mediated immune response activity in a subject, said method comprising contacting a sample source of lymphocytes from the subject with one or more agents which potentiate the adaptive immune system and one or more agents which potentiate the innate immune system, wherein the one or more agents potentiating the adaptive immune system are selected from the group consisting of anti-CD3 antibodies, antibodies to the T-cell receptor complex, CpG oligonucleotides, staphylococcal enterotoxin B, phytohemagglutinin, phorbol myristate acetate, concanavalin A (ConA) and pokeweed mitogen and wherein the one or more agents potentiating the innate immune system are selected from the group consisting of a TLR-3 ligand, a TLR-9 ligand and lipomannan, and measuring the presence or elevation in the level of an immune effector molecule from immune cells, wherein the presence or level of the immune effector molecule is indicative of the level of cell-mediated responsiveness of the subject.
A refrigerator comprising a body wherein foods and beverages are placed, a crisper disposed inside the body, at least one drawer that is disposed into the crisper wherein fruits and vegetables are placed, a lid that is situated on the crisper and that remains above the drawer when the drawer is placed into the crisper, and an air outlet opening that is arranged at the front side of the lid and that enables the air inside the crisper to be discharged outside, characterized by - a first surface that is situated on the drawer front wall, that extends into the drawer in an inclined manner and that guides the air circulating inside the drawer towards the air outlet opening, - a second surface that is situated on the lid and that extends from the first surface to the air outlet opening in an inclined manner, wherein - the first surface and the second surface become coplanar when the drawer is placed into the crisper. - a first surface that is situated on the drawer front wall, that extends into the drawer in an inclined manner and that guides the air circulating inside the drawer towards the air outlet opening, - a second surface that is situated on the lid and that extends from the first surface to the air outlet opening in an inclined manner, wherein - the first surface and the second surface become coplanar when the drawer is placed into the crisper.
A positioning information transmission method, wherein the method is applied to a base station, and the method comprises: determining an uplink subframe for carrying an uplink signal; determining a downlink subframe for carrying a downlink signal; determining first measurement information, wherein the first measurement information comprises a difference between a receiving time of the uplink signal and a sending time of the downlink signal, or the first measurement information comprises a difference between a receiving time of the downlink signal and a sending time of the uplink signal; determining second measurement information, wherein the second measurement information is used to indicate a time difference between the uplink subframe and the downlink subframe; and sending the first measurement information and the second measurement information to a positioning server, for locating a terminal device by the positioning server. determining an uplink subframe for carrying an uplink signal; determining a downlink subframe for carrying a downlink signal; determining first measurement information, wherein the first measurement information comprises a difference between a receiving time of the uplink signal and a sending time of the downlink signal, or the first measurement information comprises a difference between a receiving time of the downlink signal and a sending time of the uplink signal; determining second measurement information, wherein the second measurement information is used to indicate a time difference between the uplink subframe and the downlink subframe; and sending the first measurement information and the second measurement information to a positioning server, for locating a terminal device by the positioning server.
A device for dosing and dispensing a detergent composition, said device comprising: - an outer container defined by a container wall forming a container internal compartment and comprising at least one container opening for brining said container internal compartment in fluid communication with an outer atmosphere; - an inner reservoir defined by a reservoir wall forming a reservoir internal compartment for retaining a detergent composition, said reservoir being at least partially contained in said container thus defining an interspace between the container wall and the portion of the reservoir wall contained in the container, said reservoir wall further comprising a reservoir opening bringing said reservoir internal compartment in fluid communication with said interspace, said device characterized in that the reservoir comprises no opening that opens directly into the outer atmosphere and wherein the container comprises dosage means such as a revolving attachment or a vertically-slidable element that can be partially to entirely slid over the container opening so as to vary the area of said opening. - an outer container defined by a container wall forming a container internal compartment and comprising at least one container opening for brining said container internal compartment in fluid communication with an outer atmosphere; - an inner reservoir defined by a reservoir wall forming a reservoir internal compartment for retaining a detergent composition, said reservoir being at least partially contained in said container thus defining an interspace between the container wall and the portion of the reservoir wall contained in the container, said reservoir wall further comprising a reservoir opening bringing said reservoir internal compartment in fluid communication with said interspace,
Method for monitoring the structural state of wind turbines in the form of rotors having multiple rotor blades, the wind turbines being monitored by one or more thermographic recording devices installed at and/or in a mobile location, and the measured values thereby determined being evaluated with regard to possible instances of damage, characterized in that the measured values determined are evaluated while making allowance for the thermal and/or dynamic loads caused by the operation of the rotor blades at the time of the measurement.
A bed for hospital stays, of the type that can be articulated and comprising multiple sections which correspond to regions of the back, buttocks, thighs and legs of an in-patient, characterized in that one of said sections, the one that corresponds to the buttocks region, has at least one portion thereof which is movable and articulated to the section of the backrest and which, when said backrest is lifted, is translated, exposing a curved element, which extends from a lying surface downwardly, being inclined on said curved element and contributing together with it to form a cradle for the buttocks region.
A terminal station, comprising: a receiver adapted to receive, from a communication apparatus, a random access control signal including a plurality of user specific fields each entailing terminal specific information for a corresponding terminal station, each of the plurality of user specific fields including an identifier, ID, field and indicating at least one resource unit, RU, being available for the corresponding terminal station, wherein - the ID field indicates one of a plurality of Association IDs, AIDs, for identifying an associated terminal station or one of a plurality of IDs for random access, - values of the plurality of IDs for random access are different from any of values of the plurality of AIDs for identifying the associated terminal station, and - each of the values of the plurality of IDs for random access is uniquely associated with a state of communication between the corresponding terminal station and the communication apparatus; and a transmitter adapted to transmit uplink data using the at least one RU indicated by the ID field of one of the plurality of user specific fields as being available for the terminal station in response to the random access control signal. a receiver adapted to receive, from a communication apparatus, a random access control signal including a plurality of user specific fields each entailing terminal specific information for a corresponding terminal station, each of the plurality of user specific fields including an identifier, ID, field and indicating at least one resource unit, RU, being available for the corresponding terminal station, wherein - the ID field indicates one of a plurality of Association IDs, AIDs, for identifying an associated terminal station or one of a plurality of IDs for random access, - values of the plurality of IDs for random access are different from any of values of the plurality of AIDs for identifying the associated terminal station, and - each of the values of the plurality of IDs for random access is uniquely associated with a state of communication between the corresponding terminal station and the communication apparatus; and - the ID field indicates one of a plurality of Association IDs, AIDs, for identifying an associated terminal station or one of a plurality of IDs for random access, - values of the plurality of IDs for random access are different from any of values of the plurality of AIDs for identifying the associated terminal station, and - each of the values of the plurality of IDs for random access is uniquely associated with a state of communication between the corresponding terminal station and the communication apparatus; and a transmitter adapted to transmit uplink data using the at least one RU indicated by the ID field of one of the plurality of user specific fields as being available for the terminal station in response to the random access control signal.
A pixel print structure comprising a substrate, a first side wall and a second side wall located on the substrate, and an intermediate portion located between the first side wall and the second side wall, wherein the first side wall and the intermediate portion (106, 206) define a first area and the second side wall and the intermediate portion define a second area, wherein the pixel print structure further comprises: a first abutment portion formed on the substrate against a surface of the first side wall facing the second side wall; a second abutment portion formed on the substrate against a surface of the second side wall facing the first side wall; and an intermediate bottom portion formed between the intermediate portion and the substrate, wherein a bottom surface of each of the first abutment portion, the second abutment portion and the intermediate bottom portion is flush with bottom surfaces of the first side wall and the second side wall, and a bottom surface of the intermediate portion directly contacts a top surface of the intermediate bottom portion, wherein each of the first abutment portion, the second abutment portion and the intermediate bottom portion has a hydrophobic-hydrophilic property opposite to that of the first side wall, the second side wall and the intermediate portion, characterized in that a height of the intermediate portion is lower than a height of the first side wall and a height of the second side wall. wherein the pixel print structure further comprises: a first abutment portion formed on the substrate against a surface of the first side wall facing the second side wall; a second abutment portion formed on the substrate against a surface of the second side wall facing the first side wall; and an intermediate bottom portion formed between the intermediate portion and the substrate, a first abutment portion formed on the substrate against a surface of the first side wall facing the second side wall; a second abutment portion formed on the substrate against a surface of the second side wall facing the first side wall; and an intermediate bottom portion formed between the intermediate portion and the substrate, wherein a bottom surface of each of the first abutment portion, the second abutment portion and the intermediate bottom portion is flush with bottom surfaces of the first side wall and the second side wall, and a bottom surface of the intermediate portion directly contacts a top surface of the intermediate bottom portion, wherein each of the first abutment portion, the second abutment portion and the intermediate bottom portion has a hydrophobic-hydrophilic property opposite to that of the first side wall, the second side wall and the intermediate portion, characterized in that a height of the intermediate portion is lower than a height of the first side wall and a height of the second side wall.
A laminate, characterized by comprising: at least a base material; a first fine cellulose layer which contains fine celluloses having carboxyl groups; and a second fine cellulose layer which contains fine celluloses having carboxyl groups, the second fine cellulose layer being layered on the first cellulose layer, wherein, the two or more fine cellulose layers are stacked. at least a base material; a first fine cellulose layer which contains fine celluloses having carboxyl groups; and a second fine cellulose layer which contains fine celluloses having carboxyl groups, the second fine cellulose layer being layered on the first cellulose layer, wherein, the two or more fine cellulose layers are stacked.