mhurhangee/patent-ind-claim-en huggingface dataset:
A base station apparatus used in an Evolved Universal Terrestrial Radio Access, the base station apparatus being configured to communicate with a mobile station apparatus by using a plurality of downlink component carriers, the base station apparatus comprising: a radio resource controller configured to set, on a first downlink component carrier on which a physical downlink control channel is transmitted by the base station apparatus , a plurality of control channel elements that constitute a user equipment specific search space, the user equipment specific search space including a plurality of physical downlink control channel candidates, downlink control information being transmitted using one of the plurality of physical downlink control channel candidates on the first downlink component carrier, in a case that the downlink control information indicates a resource allocation of a physical downlink shared channel on a second downlink component carrier, the plurality of control channel elements being set based on the second downlink component carrier by the radio resource controller ; and a transmission processing unit configured to transmit the downlink control information using the one of the plurality of physical downlink control channel candidates on the first downlink component carrier. a radio resource controller configured to set, on a first downlink component carrier on which a physical downlink control channel is transmitted by the base station apparatus , a plurality of control channel elements that constitute a user equipment specific search space, the user equipment specific search space including a plurality of physical downlink control channel candidates, downlink control information being transmitted using one of the plurality of physical downlink control channel candidates on the first downlink component carrier, in a case that the downlink control information indicates a resource allocation of a physical downlink shared channel on a second downlink component carrier, the plurality of control channel elements being set based on the second downlink component carrier by the radio resource controller ; and a transmission processing unit configured to transmit the downlink control information using the one of the plurality of physical downlink control channel candidates on the first downlink component carrier.
A working vehicle comprising: - a prime mover ; - a steering handle ; - a vehicle body to travel in manual steering by the steering handle or in automatic steering for the steering handle based on a scheduled traveling line; and - a setting switch to switch, between to be valid and to be invalid, a setting mode for setting at least the automatic steering before the automatic steering is started, the working vehicle being characterised in that it comprises: - a display device having a driving display portion including a revolving display portion to display a revolving speed of the prime mover in traveling, regardless of the setting mode switched to be valid (M1) or invalid (M2), wherein, when the setting mode is switched to be valid, the display device changes a color of the revolving display portion of the driving display portion to another different color of the revolving display portion of the driving display portion where the setting mode is invalid. - a prime mover ; - a steering handle ; - a vehicle body to travel in manual steering by the steering handle or in automatic steering for the steering handle based on a scheduled traveling line; and - a setting switch to switch, between to be valid and to be invalid, a setting mode for setting at least the automatic steering before the automatic steering is started, the working vehicle being characterised in that it comprises: - a display device having a driving display portion including a revolving display portion to display a revolving speed of the prime mover in traveling, regardless of the setting mode switched to be valid (M1) or invalid (M2), - a display device having a driving display portion including a revolving display portion to display a revolving speed of the prime mover in traveling, regardless of the setting mode switched to be valid (M1) or invalid (M2), wherein, when the setting mode is switched to be valid, the display device changes a color of the revolving display portion of the driving display portion to another different color of the revolving display portion of the driving display portion where the setting mode is invalid.
A fusion protein comprising an engineered transcription activator-like (TAL) effector repeat array that binds specifically to a preselected target sequence, and a catalytic domain comprising a sequence that catalyzes histone demethylation, wherein the catalytic domain comprises full length lysine-specific demethylase 1 (LSD 1), or a catalytic domain of LSD1; and wherein the fusion protein comprises a linker between the TALE repeat array and the catalytic domain, wherein the linker is 2-20 amino acids.
A winding station of a textile machine producing cross-wound bobbins, consisting of a base unit and a cover unit , wherein the winding station comprises a bobbin holder for holding a cross-wound bobbin , and a traversing device for laying a thread in a crosswise manner on the cross-wound bobbin , wherein a thread seeking device is provided, in order to seek a thread end on the cross-wound bobbin , wherein the thread seeking device comprises a suction nozzle , to which vacuum can be applied and which comprises a suction port (8; 15) the base unit is at least partially covered by the cover unit , the cover unit is movable with respect to the base unit between a working position for laying the thread and seeking the thread end and a cleaning position for cleaning the winding station , and at least portions of the thread seeking device are assigned to the cover unit characterized in that a first part of the suction nozzle is assigned to the base unit and a second part of the suction nozzle is assigned to the cover unit .
Method for estimating the movement of a walking pedestrian comprising steps of: (a) Measuring, by inertial-measurement means rigidly connected to a lower limb of said pedestrian and positioned in such a way as to have substantially a movement of rotation with respect to a distal end of said lower limb at least when said distal end of the lower limb is in contact with the ground, an acceleration and an angular speed of said lower limb ; (b) Estimating, by data-processing means , a speed of said lower limb according to said measured acceleration and said measured angular speed; (c) Determining, by the data-processing means , a time interval of said walking of the pedestrian during which said distal end of said lower limb is in contact with the ground according to the measured acceleration, the measured angular speed, and a moment arm between the inertial-measurement means and said distal end ; (d) In said determined time interval: ∘ Calculating, by the data-processing means , an expected speed of said lower limb according to said measured angular speed and said moment arm; ∘ Correcting the estimated speed of said lower limb according to the expected speed; (e) Estimating, by the data-processing means , the movement of the pedestrian according to the corrected speed of said lower limb . (a) Measuring, by inertial-measurement means rigidly connected to a lower limb of said pedestrian and positioned in such a way as to have substantially a movement of rotation with respect to a distal end of said lower limb at least when said distal end of the lower limb is in contact with the ground, an acceleration and an angular speed of said lower limb ; (b) Estimating, by data-processing means , a speed of said lower limb according to said measured acceleration and said measured angular speed; (c) Determining, by the data-processing means , a time interval of said walking of the pedestrian during which said distal end of said lower limb is in contact with the ground according to the measured acceleration, the measured angular speed, and a moment arm between the inertial-measurement means and said distal end ; (d) In said determined time interval: ∘ Calculating, by the data-processing means , an expected speed of said lower limb according to said measured angular speed and said moment arm; ∘ Correcting the estimated speed of said lower limb according to the expected speed; ∘ Calculating, by the data-processing means , an expected speed of said lower limb according to said measured angular speed and said moment arm; ∘ Correcting the estimated speed of said lower limb according to the expected speed; (e) Estimating, by the data-processing means , the movement of the pedestrian according to the corrected speed of said lower limb .
A phosphorylated polycondensate high-performance water-reducing agent, having a molecular structure represented by the following formula I: wherein the molecular structure of the polymer comprises three building blocks, formed by condensation of phosphorylated melamine A, an aldehyde B and an aryl alkoxy compound C, and the molecular structure is a comb-like structure; the three monomers has a mole ratio of m : n : p = 1.5 to 4.5 : 1.8 to 3.2 : 1, preferably m : n : p = 2.0 to 3.0 : 2.4 to 2.8 : 1; the monomer A is phosphorylated melamine having a structure selected from the following monodentate compound II and bidentate compound III; the monomer B is one of formaldehyde, acetaldehyde and benzaldehyde compounds, or a mixture thereof in any ratio; the monomer C is aryl alkylene polyether as a polyether side chain of the polycondensate, with a molecular weight of 1000 to 6000, wherein R 4 and R 5 are H, OH, NH 2 or phenoxypolyoxyalkylene ether or phenylaminopolyoxyalkylene ether, and wherein the polyoxyalkylene ether is formed by ring opening polymerization of an aromatic alcohol or amine with active hydrogen and ethylene oxide/propylene oxide, provided that R 4 and R 5 cannot both be H, OH or NH 2 , and at least one of R 4 and R 5 is phenoxypolyoxyalkylene ether or phenylaminopolyoxyalkylene ether; and the phosphorylated polycondensate high-performance water-reducing agent has a weight average molecular weight of 10000 to 50000. wherein the molecular structure of the polymer comprises three building blocks, formed by condensation of phosphorylated melamine A, an aldehyde B and an aryl alkoxy compound C, and the molecular structure is a comb-like structure; the three monomers has a mole ratio of m : n : p = 1.5 to 4.5 : 1.8 to 3.2 : 1, preferably m : n : p = 2.0 to 3.0 : 2.4 to 2.8 : 1; the monomer A is phosphorylated melamine having a structure selected from the following monodentate compound II and bidentate compound III; the monomer B is one of formaldehyde, acetaldehyde and benzaldehyde compounds, or a mixture thereof in any ratio; the monomer C is aryl alkylene polyether as a polyether side chain of the polycondensate, with a molecular weight of 1000 to 6000, wherein R 4 and R 5 are H, OH, NH 2 or phenoxypolyoxyalkylene ether or phenylaminopolyoxyalkylene ether, and wherein the polyoxyalkylene ether is formed by ring opening polymerization of an aromatic alcohol or amine with active hydrogen and ethylene oxide/propylene oxide, provided that R 4 and R 5 cannot both be H, OH or NH 2 , and at least one of R 4 and R 5 is phenoxypolyoxyalkylene ether or phenylaminopolyoxyalkylene ether; and the phosphorylated polycondensate high-performance water-reducing agent has a weight average molecular weight of 10000 to 50000.
Transdermal patch for use in auriculotherapy comprising at least one active substance selected from caffeine, chocolate and glutamine for the modulation of neurotransmitters, wherein the transdermal patch total area ranges between 10 and 200 mm 2 .
A combination of ipratropium bromide and oxymetazoline hydrochloride for use in the relief of cough produced by posterior nasal discharge.
Lift device for a product machine, comprising a loading compartment for receiving products dispensed from a product magazine, comprising at least one running slide (3; 3a, 3b) for displacing the loading compartment in a height direction , the loading compartment , in a straight position, extending along a transverse direction so as to protrude from the running slide (3; 3a, 3b), so as to be able to receive products from product compartments arranged side by side in a product magazine, the loading compartment being mounted on the running slide (3; 3a, 3b) so as to be tiltable into a tilted position about a tilt axle (6; 6a, 6b) orientated in a depth direction, the tilt axle (6; 6a, 6b) being arranged in the region of a base of the loading compartment .
A belling machine for pipes in thermoplastic material, comprising at least one heating station for heating the pipes to be formed and a forming station at which an end portion of said pipes is shaped in the form of a bell, said at least one heating station comprising: - a pair of half-clamps designed to close around said end portion of the pipes , - two reduction elements each supported by a respective half-clamp and configured to mutually match for enclosing in contact said pipes at their said end portion , - at least one electric heating element which is operatively positioned in each of said half-clamps , - first means for measuring the temperature positioned in at least one of said half-clamps , close to said electric heating element , - second means for measuring the temperature positioned on at least one of said reduction elements , - a first PID controller configured for controlling the power supply of the electric heating element on the basis of the difference between a temperature (T M ) measured on said half-clamp and a desired reference temperature (T SM ) in said half-clamp , - a second PID controller configured for generating a value of said desired reference temperature (T SM ) of the half-clamps on the basis of the difference between a temperature (T R ) measured on said reduction element by said second means for measuring the temperature, and a desired working temperature (T L ) of said reduction element determined in advance. - a pair of half-clamps designed to close around said end portion of the pipes , - two reduction elements each supported by a respective half-clamp and configured to mutually match for enclosing in contact said pipes at their said end portion , - at least one electric heating element which is operatively positioned in each of said half-clamps , - first means for measuring the temperature positioned in at least one of said half-clamps , close to said electric heating element , - second means for measuring the temperature positioned on at least one of said reduction elements , - a first PID controller configured for controlling the power supply of the electric heating element on the basis of the difference between a temperature (T M ) measured on said half-clamp and a desired reference temperature (T SM ) in said half-clamp , - a second PID controller configured for generating a value of said desired reference temperature (T SM ) of the half-clamps on the basis of the difference between a temperature (T R ) measured on said reduction element by said second means for measuring the temperature, and a desired working temperature (T L ) of said reduction element determined in advance.
A method to detect irregularities in a composite structure comprising a core and an outer layer, the method comprising: cooling the core and the outer layer of composite structure to a steady-state temperature less than an ambient temperature; after the composite structure has been cooled, applying a quantity of heat to an exposed surface of the composite structure to raise the temperature of the outer layer to a temperature greater than the ambient temperature, and wherein the core has a temperature lower than the outer layer; after heat has been applied to the exposed surface of the composite structure, generating temperature data for the exposed surface of the composite structure while the composite structure undergoes a thermal change toward equilibrium with the ambient temperature; and detecting an irregularity in the composite structure based on the temperature data. cooling the core and the outer layer of composite structure to a steady-state temperature less than an ambient temperature; after the composite structure has been cooled, applying a quantity of heat to an exposed surface of the composite structure to raise the temperature of the outer layer to a temperature greater than the ambient temperature, and wherein the core has a temperature lower than the outer layer; after heat has been applied to the exposed surface of the composite structure, generating temperature data for the exposed surface of the composite structure while the composite structure undergoes a thermal change toward equilibrium with the ambient temperature; and detecting an irregularity in the composite structure based on the temperature data.
A filter for separating particles from a cooling liquid in a nuclear plant, wherein the filter comprises at least one passage with an inner surface, an inlet end and an outlet end , wherein said at least one passage is arranged to permit through-flow of the cooling liquid in a main flow direction (MFD) from the inlet end to the outlet end , characterized in that the inner surface of the at least one passage comprises at least one surface section facing said main flow direction (MFD) of the cooling liquid and has a structured surface forming a plurality of surface portions arranged to catch said particles.
A proximity detection device comprising: a range estimation circuit configured to estimate the distance between the device and an object in an image scene, the range estimation circuit comprising: - one or more photodetectors configured to generate events in response to one or more optical pulses received from the object of the scene against which the optical pulses reflect; - a readout circuit configured to sample one or more output signals from the one or more photodetectors at regular intervals throughout a detection period; and - a pulse transmission circuit configured to transmit into the scene a first optical pulse (P1, P2) having a first pulse duration and a second optical pulse (P2, P1) having a second pulse duration, wherein the proximity detection device is characterised by the pulse transmission circuit being configured such that each of the first and second optical pulses at least partially occurs during the detection period, and such that the second pulse duration is at least 50 percent longer than the first pulse duration. - one or more photodetectors configured to generate events in response to one or more optical pulses received from the object of the scene against which the optical pulses reflect; - a readout circuit configured to sample one or more output signals from the one or more photodetectors at regular intervals throughout a detection period; and - a pulse transmission circuit configured to transmit into the scene a first optical pulse (P1, P2) having a first pulse duration and a second optical pulse (P2, P1) having a second pulse duration,
Substitute currency for gaming that has: a coloring layer and a white layer or a thin-color layer at least in an outer appearance to form an alternating stripe pattern on a side face; a configuration enabling a type of substitute currency for gaming to be specified by the coloring layer ; a print layer representing a type of the substitute currency for gaming on upper and lower surface; an RFID built therein, characterized by side IDs for identifying the substitute currency for gaming disposed at three or more positions on the side face; and wherein information of the side IDs and information of the RFID are associated with each other in a database to be inspected. a coloring layer and a white layer or a thin-color layer at least in an outer appearance to form an alternating stripe pattern on a side face; a configuration enabling a type of substitute currency for gaming to be specified by the coloring layer ; a print layer representing a type of the substitute currency for gaming on upper and lower surface; an RFID built therein, characterized by side IDs for identifying the substitute currency for gaming disposed at three or more positions on the side face; and wherein information of the side IDs and information of the RFID are associated with each other in a database to be inspected.
A DDR2 inhibitor for use in a method for treating melanoma or basal cell carcinoma in an individual, comprising administering to the individual a therapeutically effective amount of the DDR2 inhibitor, wherein the individual is determined to have melanoma and at least one mutation in DDR2 is selected from the group consisting of R105C, P321L, R458H, S467F, P476S, I488S, F574C, S667F, S674F, R680L, L701F, R742Q, and T836A, or basal cell carcinoma and at least one mutation in DDR2 is selected from the group consisting of N146K, R399Q and S702F.
A system comprising an intracardiac pacemaker and a cover made of a biostable material, wherein the cover at least partially surrounds the implant , the implant has a fixation element disposed on the proximal end of the implant, the cover has an opening at the proximal end of the cover, and the fixation element reaches through the opening of the cover .
Method for measuring a spherical-astigmatic optical area , the spherical-astigmatic optical area being the superimposition of a spherical area and an astigmatic area, including the steps of: a) generating a spherical-astigmatic wavefront as a test wavefront by means of a wavefront generation device ; b) interferometrically measuring wavefront differences between the test wavefront generated by the wavefront generation device and a wavefront reflected by the spherical-astigmatic area , the spherical-astigmatic area being adapted to the wavefront generation device in such a way that the test wavefront is incident substantially perpendicularly at each point of the spherical-astigmatic area , with a plurality of measurements being carried out, within the scope of which the spherical-astigmatic area is measured at a plurality of positions, spherized about the two centres of the radii of the astigmatism and/or rotated through 180° about a surface normal of the spherical-astigmatic area , with corresponding interferogram phases being determined; and c) ascertaining the wavefront of the wavefront generation device and a surface form of the spherical-astigmatic area by means of a mathematical reconstruction method, according to which the surface of the spherical-astigmatic area is corrected by means of a suitable processing method, with steps a) to c) being repeated until the wavefront differences lie below a defined threshold value. a) generating a spherical-astigmatic wavefront as a test wavefront by means of a wavefront generation device ; b) interferometrically measuring wavefront differences between the test wavefront generated by the wavefront generation device and a wavefront reflected by the spherical-astigmatic area , the spherical-astigmatic area being adapted to the wavefront generation device in such a way that the test wavefront is incident substantially perpendicularly at each point of the spherical-astigmatic area , with a plurality of measurements being carried out, within the scope of which the spherical-astigmatic area is measured at a plurality of positions, spherized about the two centres of the radii of the astigmatism and/or rotated through 180° about a surface normal of the spherical-astigmatic area , with corresponding interferogram phases being determined; and c) ascertaining the wavefront of the wavefront generation device and a surface form of the spherical-astigmatic area by means of a mathematical reconstruction method, according to which the surface of the spherical-astigmatic area is corrected by means of a suitable processing method, with steps a) to c) being repeated until the wavefront differences lie below a defined threshold value.
A lubricant base stock diester composition comprising diesters, which are octyl 9-(octanoyloxy)decanoate, 10-(octanoyloxy)decan-2-yl octanoate, 2-ethylhexyl 9-(octanoyloxy)decanoate, or 10-[(2-ethylhexyl)oxy]-10-oxodecan-2-yl dodecanoate.