mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for taking out a molded product comprising: a storage section operable to store an operation sequence that is pre-determined by teaching; an operation control section operable to control an operation to take out a molded product from an opened mold of a molding machine with a take-out head by moving the take-out head according to the operation sequence, to carry the taken out molded product to a pre-determined position and to release the molded product there; an operation time counting section operable to count an actual operation time from a time when a plurality of set operations are started according the operation sequence till a time when the operations are completed; an operation time storing section operable to store, on a time series basis, the plurality of actual operation times counted by the operation time counting section; a display section including a display screen: and a display control section operable to cause the display section to display on the display screen data used at least when performing the teaching and changing set conditions for the operation sequence stored in the storage section, characterized in that: the display control section displays on the display screen at least identification indications for a plurality of set operations set in the operation sequence, set values for the plurality of set operations, and at least one of the actual operations times stored in the operation time storing section in correspondence to the plurality of set operations and an increase or decrease amount in the actual operation time. a storage section operable to store an operation sequence that is pre-determined by teaching; an operation control section operable to control an operation to take out a molded product from an opened mold of a molding machine with a take-out head by moving the take-out head according to the operation sequence, to carry the taken out molded product to a pre-determined position and to release the molded product there; an operation time counting section operable to count an actual operation time from a time when a plurality of set operations are started according the operation sequence till a time when the operations are completed; an operation time storing section operable to store, on a time series basis, the plurality of actual operation times counted by the operation time counting section; a display section including a display screen: and a display control section operable to cause the display section to display on the display screen data used at least when performing the teaching and changing set conditions for the operation sequence stored in the storage section, characterized in that: the display control section displays on the display screen at least identification indications for a plurality of set operations set in the operation sequence, set values for the plurality of set operations, and at least one of the actual operations times stored in the operation time storing section in correspondence to the plurality of set operations and an increase or decrease amount in the actual operation time.
A laundry treating apparatus comprising: a pressure vessel for maintaining fluid accommodated therein at a pressure higher than an atmospheric pressure; a separator for separating the pressure vessel into a first chamber and a second chamber; a drum rotatably disposed in the first chamber to accommodate laundry therein; a driver for rotating the drum, the driver being located in the second chamber and comprising a motor for generating a rotation force and a rotation shaft connected to the drum to transmit the rotation force of the motor; a transferring member for transferring the fluid between the first chamber and the second chamber, characterised in that: the separator includes: a support plate for separating the first chamber and the second chamber from each other; a first through-hole passing through the support plate, wherein the rotation shaft is inserted into the first through-hole and connected to the drum; and a heat exchanger located between the drum and the support plate to supply heat to the first chamber. a pressure vessel for maintaining fluid accommodated therein at a pressure higher than an atmospheric pressure; a separator for separating the pressure vessel into a first chamber and a second chamber; a drum rotatably disposed in the first chamber to accommodate laundry therein; a driver for rotating the drum, the driver being located in the second chamber and comprising a motor for generating a rotation force and a rotation shaft connected to the drum to transmit the rotation force of the motor; a transferring member for transferring the fluid between the first chamber and the second chamber, characterised in that: the separator includes: a support plate for separating the first chamber and the second chamber from each other; a first through-hole passing through the support plate, wherein the rotation shaft is inserted into the first through-hole and connected to the drum; and a heat exchanger located between the drum and the support plate to supply heat to the first chamber. a support plate for separating the first chamber and the second chamber from each other; a first through-hole passing through the support plate, wherein the rotation shaft is inserted into the first through-hole and connected to the drum; and a heat exchanger located between the drum and the support plate to supply heat to the first chamber.
Method for managing an assembly for the aftertreatment of exhaust gases emanating from a motor vehicle combustion engine, the said assembly comprising a system for the catalytic reduction of the nitrogen oxides of the exhaust gases, the said system comprising an injection device for injecting a fluid comprising ammonia into an exhaust line for the exhaust gases, and a catalytic block, situated on the exhaust line, downstream of the injection device in order to store the ammonia emanating from the said injection device in view of a reaction with the nitrogen oxides of the exhaust gases, the method comprising: - a step of receiving a value of the temperature of the injection device (T_inj) and a value of the temperature of the fluid comprising ammonia (T_urea), - a step of calculating a value of the quantity of fluid (Q_on_injection) as a function of the received temperature values and as a function of a desired value of the temperature of the injection device, and - a step of generating a control signal (C inj) intended for a device for controlling the injection device, in order to control the injection of the calculated fluid quantity so that the temperature of the injection device reaches the desired temperature, CHARACTERIZED IN THAT it additionally comprises a step of estimating at least one engine control parameter as a function of the calculated fluid quantity value, and in that the step of calculating the fluid quantity value is conducted by carrying out a thermodynamic balance in the injection device. - a step of receiving a value of the temperature of the injection device (T_inj) and a value of the temperature of the fluid comprising ammonia (T_urea), - a step of calculating a value of the quantity of fluid (Q_on_injection) as a function of the received temperature values and as a function of a desired value of the temperature of the injection device, and - a step of generating a control signal (C inj) intended for a device for controlling the injection device, in order to control the injection of the calculated fluid quantity so that the temperature of the injection device reaches the desired temperature,
An ingestible event marker comprising an identifier that is configured to emit a signal when activated upon contact with a target site, wherein the identifier comprises: - a first transmission element (14; 24; 34, 35; 64; 94); - a second transmission element (16; 26; 36; 66; 96); the first and second transmission elements being arranged to have an actual dipole length; and - a signal amplification element (18; 28; 38; 48; 78; 68; 85) arranged to produce a virtual dipole length between the first and second transmission elements, wherein the virtual dipole length is larger than the actual dipole length. - a first transmission element (14; 24; 34, 35; 64; 94); - a second transmission element (16; 26; 36; 66; 96); - a signal amplification element (18; 28; 38; 48; 78; 68; 85) arranged to produce a virtual dipole length between the first and second transmission elements, wherein the virtual dipole length is larger than the actual dipole length.
A terry sock of a multi-stitch-length structure in which a portion of at least one of the ground-touching areas (3, 4, 6) of the sock has a knitting structure of a different terry-stitch length from those of the other portions of the same area or of the other areas, wherein the knitting structure of a different terry-stitch length is composed of long-terry stitches and/or short-terry stitches, characterized in that the sole side of the gore line of the toe portion is composed of long-terry stitches and the instep side of the gore line is composed of short-terry stitches.
Sintered silicon carbide bodies having a porosity of unconnected, closed pores, which are uniformly distributed in the material of the bodies, are spherical and have a nominal diameter, characterised in that the porosity is 2 to 12 vol.%, the nominal diameter of the pores is 10 μm to 48 μm, and the inorganic, ceramic material is made up of alpha-silicon carbide (SiC), zirconium diboride (ZrB 2), carbon and boron.
A method for the continuous thermal hydrolysis of organic material, which comprises at least the stages of: a) pressurizing starting organic material at a pressure setpoint P1; b) inline mixing pressurized organic material with steam in a liquid-steam mixing valve to obtain a mixture at a controlled temperature setpoint T1, selected below the steam saturation temperature of the mixture to ensure that the mixture is in a liquid phase; c) continuously introducing the mixture obtained, which is in a liquid phase, in a hydrolysis reactor; d) continuously extracting hydrolyzed mixture from the hydrolysis reactor; and e) suddenly depressurizing said hydrolyzed mixture separating a liquid fraction from a steam fraction, which is recovered; wherein the steam employed to produce the mixture in stage b) is obtained by mixing new steam with steam recovered in operation e) which is recompressed, and wherein the working pressure in the reactor is kept above the steam saturation pressure at the temperature at which the process is carried out, ensuring that the mixture remains in a liquid phase in the reactor. a) pressurizing starting organic material at a pressure setpoint P1; b) inline mixing pressurized organic material with steam in a liquid-steam mixing valve to obtain a mixture at a controlled temperature setpoint T1, selected below the steam saturation temperature of the mixture to ensure that the mixture is in a liquid phase; c) continuously introducing the mixture obtained, which is in a liquid phase, in a hydrolysis reactor; d) continuously extracting hydrolyzed mixture from the hydrolysis reactor; and e) suddenly depressurizing said hydrolyzed mixture separating a liquid fraction from a steam fraction, which is recovered;
A post cure inflator, comprising: a vulcanized-tire holding mechanism for holding a vulcanized tire in a horizontal posture; a rotating mechanism for rotating the vulcanized tire; and an air remover for removing air present near the side surface portion (1c, 1d) of the vulcanized tire symmetrically and forcibly at the opposite axial sides with respect to the equator of the vulcanized tire to generate the air flows of forced convection along the both side surface portions (1c, 1d) to the equator. a vulcanized-tire holding mechanism for holding a vulcanized tire in a horizontal posture; a rotating mechanism for rotating the vulcanized tire; and an air remover for removing air present near the side surface portion (1c, 1d) of the vulcanized tire symmetrically and forcibly at the opposite axial sides with respect to the equator of the vulcanized tire to generate the air flows of forced convection along the both side surface portions (1c, 1d) to the equator.
A sliding door for a vehicle with a guide rail, with a sliding carriage which is longitudinally shiftably mounted on the guide rail and which is connected with the vehicle body by a multiple joint (7, 11, 6, 4), and with a centering means at its end facing away from the multiple joint (7, 11, 6, 4), which includes a centering surface which rests against a counter surface integral with the body, when the sliding door is closed, characterized in that the centering surface includes a flat portion which extends inclined with respect to the longitudinal direction of the vehicle, and a portion which extends parallel to the longitudinal direction of the vehicle, and that the counter surface integral with the body comprises a flat, inclined portion and an adjoining parallel portion, wherein in the closed condition of the sliding door the inclined portion rests against the inclined portion and the parallel portion rests against the parallel portion.
A recombinant protein comprising an Fc-binding polypeptide and, linked to the N-terminus of said Fc-binding polypeptide, an N-terminal spacer having a length such that the number of amino acid residues between a signal peptide cleaving site and an N-terminus proximal alpha-helix of said Fc-binding polypeptide is 14-24, and wherein the two N-terminal amino acids of said N-terminal spacer are alanine followed by glutamine.
A method comprising: (a) receiving into a queue a job requiring utilization of compute infrastructure; (b) processing metadata associated with the queued job describing typical logical requirements of the job; and (c) provisioning either a dynamically selected virtualized machine or a set of virtual machines, whose virtual machine configuration matches all of the logical requirements defined in the metadata, wherein provisioning either a dynamically selected virtualized machine or a set of virtual machines includes using either a previously provisioned virtualized machine or a set of virtual machines that have either completed (C4c) or are near completion (C4b) of their jobs or provisioning a new virtual machine or a set of virtual machines, if a virtual machine configuration does not match the logical requirements specified in the job metadata. (a) receiving into a queue a job requiring utilization of compute infrastructure; (b) processing metadata associated with the queued job describing typical logical requirements of the job; and (c) provisioning either a dynamically selected virtualized machine or a set of virtual machines, whose virtual machine configuration matches all of the logical requirements defined in the metadata, wherein provisioning either a dynamically selected virtualized machine or a set of virtual machines includes using either a previously provisioned virtualized machine or a set of virtual machines that have either completed (C4c) or are near completion (C4b) of their jobs or provisioning a new virtual machine or a set of virtual machines, if a virtual machine configuration does not match the logical requirements specified in the job metadata.
An inhibitor of transforming growth factor beta (TGFβ) and an inhibitor of Programmed cell death protein 1 (PD-1) for use in a method for treating cancer or preventing the recurrence of cancer, the method comprising administering to a subject in need thereof therapeutically effective amounts of the TGFβ inhibitor and the PD-1 inhibitor, wherein the PD-1 inhibitor is an anti-PD-1 antibody; and, wherein the TGFβ inhibitor is an antibody that binds TGFβ comprising: (a) a heavy chain CDR1 amino acid sequence set forth in SEQ ID NOs: 13, 19 and 25; (b) a heavy chain CDR2 amino acid sequence set forth in SEQ ID NOs: 14, 20 and 26; (c) a heavy chain CDR3 amino acid sequence set forth in SEQ ID NOs: 15, 21 and 27; (d) a light chain CDR1 amino acid sequence set forth in SEQ ID NOs: 16, 22 and 28; (e) a light chain CDR2 amino acid sequence set forth in SEQ ID NOs: 17, 23 and 29; and (f) a light chain CDR3 amino acid sequence set forth in SEQ ID NOs: 18, 24 and 30. (a) a heavy chain CDR1 amino acid sequence set forth in SEQ ID NOs: 13, 19 and 25; (b) a heavy chain CDR2 amino acid sequence set forth in SEQ ID NOs: 14, 20 and 26; (c) a heavy chain CDR3 amino acid sequence set forth in SEQ ID NOs: 15, 21 and 27; (d) a light chain CDR1 amino acid sequence set forth in SEQ ID NOs: 16, 22 and 28; (e) a light chain CDR2 amino acid sequence set forth in SEQ ID NOs: 17, 23 and 29; and (f) a light chain CDR3 amino acid sequence set forth in SEQ ID NOs: 18, 24 and 30.
A use of a composition comprising a surfactant and an acidic material, wherein the composition is used for swelling pretreatment of a cured thermosetting resin material such as a cured epoxy resin material before decomposition such as pyrolysis or decpolymerization, wherein the surfactant is at least one selected from the group consisting of anionic surfactant, cationic surfactant, amphoteric surfactant, nonionic surfactant and special surfactant.
A composition comprising (i) a copolymer of an unsaturated hydrocarbon and an acrylate ester or acid, or of an unsaturated hydrocarbon and a vinyl aliphatic ester or mixtures thereof, and (ii) a polyether carbonate polyol wherein the weight proportion of CO 2 in the polyether carbonate polyol ranges from 0.5 to 37 wt% with respect to the total weight of the polyether carbonate polyol.
A cosmetic bottle with replaceable internal components, comprising a cover, a button, an inner connecting member, a brush rod, an inner bottle, a clamping ring, and an outer bottle, wherein the cover, the button, the inner connecting member, the brush rod, the inner bottle, the clamping ring, and the outer bottle are coaxially arranged, wherein the button comprises a first button and a second button, the inner connecting member comprises a first inner connecting member and a second inner connecting member, the first button is placed in the first inner connecting member, the cover is sleeved on and fixedly connected to the first inner connecting member, the brush rod comprises a rod body, a first end of the rod body is provided with a head, and a second end of the rod body is fixedly connected to a brush head, the head of the brush rod is inserted into the first inner connecting member, the head of the brush rod is configured to pop out of the cover by pressing the first button, an upper connecting portion and a lower connecting portion are arranged at an upper end and a lower end of the inner bottle respectively, the upper connecting portion is detachably connected to the head of the brush rod, the lower connecting portion is fixedly connected to the clamping ring, the second inner connecting member is fixed in a lower opening end of the outer bottle, the second button is placed in the second inner connecting member, the outer bottle is sleeved on an outer side of the inner bottle, the clamping ring extends into the second inner connecting member, and the inner bottle is configured to pop out of the outer bottle by pressing the second button.
A method for transmitting a signal by a Device-to-Device, D2D, User Equipment, UE, in a wireless communication system, the method comprising: mapping a block of complex-valued symbols to Physical Resource Blocks, PRBs based on a frequency hopping pattern related to uplink frequency hopping; and generating and transmitting a Single Carrier Frequency Division Multiple Access, SC-FDMA, signal after the mapping, wherein when the block of complex-valued symbols is for a D2D communication signal, the frequency hopping pattern is determined based on a subframe index re-indexed by the UE within a pre-configured D2D resource pool for transmission of the D2D communication signal. mapping a block of complex-valued symbols to Physical Resource Blocks, PRBs based on a frequency hopping pattern related to uplink frequency hopping; and generating and transmitting a Single Carrier Frequency Division Multiple Access, SC-FDMA, signal after the mapping, wherein when the block of complex-valued symbols is for a D2D communication signal, the frequency hopping pattern is determined based on a subframe index re-indexed by the UE within a pre-configured D2D resource pool for transmission of the D2D communication signal.
A method for transmitting control information at a user equipment, UE, in a wireless communication system, the method comprising: spreading a control information block corresponding to one single carrier frequency division multiplexing, SC-FDMA, symbol, such that spread control information blocks correspond to a plurality of first SC-FDMA symbols; DFT, discrete Fourier transform,-precoding the spread control information blocks on an SC-FDMA symbol basis; transmitting the DFT-precoded control information blocks through the plurality of first SC-FDMA symbols via a first physical resource block, PRB, of 1st slot and a second PRB of 2nd slot in a subframe; and transmitting a reference signal sequence through a plurality of second SC-FDMA symbols via a first PRB of 1st slot and a second PRB of 2nd slot in the subframe, wherein a first orthogonal code is applied to the plurality of second SC-FDMA symbols at a slot level, and a second orthogonal code is additionally applied to the plurality of second SC-FDMA symbols at a subframe level, wherein the first PRB and the second PRB have a same frequency position. spreading a control information block corresponding to one single carrier frequency division multiplexing, SC-FDMA, symbol, such that spread control information blocks correspond to a plurality of first SC-FDMA symbols; DFT, discrete Fourier transform,-precoding the spread control information blocks on an SC-FDMA symbol basis; transmitting the DFT-precoded control information blocks through the plurality of first SC-FDMA symbols via a first physical resource block, PRB, of 1st slot and a second PRB of 2nd slot in a subframe; and transmitting a reference signal sequence through a plurality of second SC-FDMA symbols via a first PRB of 1st slot and a second PRB of 2nd slot in the subframe, wherein a first orthogonal code is applied to the plurality of second SC-FDMA symbols at a slot level, and a second orthogonal code is additionally applied to the plurality of second SC-FDMA symbols at a subframe level, wherein the first PRB and the second PRB have a same frequency position.
An aircraft refueling device, this device comprising a pipe for the circulation of fuel, the downstream end of which is provided with a wing fastener for the connection thereof onto an intake port of an aircraft fuel tank, the wing coupling comprising a body, a sensor for measuring the value of a parameter (P, T, Q, V) representative of a flow of fuel passing through the wing coupling, from the pipe for the circulation of fuel to the aircraft fuel tank, and at least one battery electrically powering this sensor, characterized in that the sensor and the electrical power battery are housed in two half-shells (500A, 500B) mounted together removably around the body of the wing coupling.