mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising: a tread portion having an installing direction to a vehicle, the tread portion having an outboard tread edge (To) and an inboard tread edge (Ti); the tread portion being provided with a plurality of first inclined grooves each having an inclination with respect to a circumferential direction of the tire and extending from at least a tire equator to the outboard tread edge (To), a plurality of second inclined grooves each having an opposite inclination to the inclination of the first inclined grooves and extending from at least the tire equator toward the outboard tread edge (To), and a plurality of blocks separated by the first inclined grooves and the second inclined grooves; and each second inclined groove comprising an outboard end that terminates at one of the first inclined grooves so that a plurality of substantially trapezoidal shoulder blocks are arranged along the outboard tread edge (To), characterized in that the tread portion has a designated rotational direction, and the second inclined grooves are inclined forward in the rotational direction from the tire equator toward the outboard tread edge (To), each of the second inclined grooves extends in an arc shape that protrudes backwardly in the rotational direction. a tread portion having an installing direction to a vehicle, the tread portion having an outboard tread edge (To) and an inboard tread edge (Ti); the tread portion being provided with a plurality of first inclined grooves each having an inclination with respect to a circumferential direction of the tire and extending from at least a tire equator to the outboard tread edge (To), a plurality of second inclined grooves each having an opposite inclination to the inclination of the first inclined grooves and extending from at least the tire equator toward the outboard tread edge (To), and a plurality of blocks separated by the first inclined grooves and the second inclined grooves; and each second inclined groove comprising an outboard end that terminates at one of the first inclined grooves so that a plurality of substantially trapezoidal shoulder blocks are arranged along the outboard tread edge (To), characterized in that the tread portion has a designated rotational direction, and the second inclined grooves are inclined forward in the rotational direction from the tire equator toward the outboard tread edge (To), each of the second inclined grooves extends in an arc shape that protrudes backwardly in the rotational direction.
Use of a probe to detect a marker selected from the group consisting of germline transcript mu (GLT-μ), circle transcript containing gamma 1 (CT-γ1), and circle transcript containing gamma 2 (CT-γ2), in determining germinal center activity in a blood sample, wherein the marker comprises a nucleic acid sequence selected from the group consisting of SEQ ID NOs: 58, 59 and 60 or a complement of any thereof.
A drum storage arrangement, comprising a drum storage for storing banknotes, wherein the drum storage is operated in a money processing system, wherein • the arrangement comprises a container in which the drum storage is arranged, • the container has at least one means (112, 114) which allows the guided insertion of the container into the money processing system and/or the guided removal of the container from the money processing system, • the container consists of a container lower part and a container upper part, wherein the container upper part is arranged pivotably and/or removably relative to the container lower part, characterized in that • the drum storage is mounted removably in the container, • snap-in elements for removably mounting the drum storage and bearing shells for fixing the position of the drum storage are arranged in the container lower part. • the arrangement comprises a container in which the drum storage is arranged, • the container has at least one means (112, 114) which allows the guided insertion of the container into the money processing system and/or the guided removal of the container from the money processing system, • the container consists of a container lower part and a container upper part, wherein the container upper part is arranged pivotably and/or removably relative to the container lower part, • the drum storage is mounted removably in the container, • snap-in elements for removably mounting the drum storage and bearing shells for fixing the position of the drum storage are arranged in the container lower part.
Scraper device for tennis court surfaces comprising: a doctor blade, a rolling device, and a handle, wherein the doctor blade is connected to the rolling device arranged at a distance from the back of the doctor blade and is pivotable around the rolling device, the doctor blade has a first edge which is straight and aligned in parallel to the one or more axes of the rolling device, the angle between the back of the doctor blade in the area of the first edge and a tangent to the circumferential line of the rolling device touching the first edge of the doctor blade is less than 90 degrees and greater than 0 degrees, so that the distance between the or each of the axes of the rolling device and the first edge is greater than the distance between the or each of the axes of the rolling device and a second edge of the doctor blade opposite the first edge, and the handle is mounted on the side of the doctor blade facing away from the rolling device and close to the second edge, with the point of application of force symmetrical to its centre. a doctor blade, a rolling device, and a handle, wherein the doctor blade is connected to the rolling device arranged at a distance from the back of the doctor blade and is pivotable around the rolling device, the doctor blade has a first edge which is straight and aligned in parallel to the one or more axes of the rolling device, the angle between the back of the doctor blade in the area of the first edge and a tangent to the circumferential line of the rolling device touching the first edge of the doctor blade is less than 90 degrees and greater than 0 degrees, so that the distance between the or each of the axes of the rolling device and the first edge is greater than the distance between the or each of the axes of the rolling device and a second edge of the doctor blade opposite the first edge, and the handle is mounted on the side of the doctor blade facing away from the rolling device and close to the second edge, with the point of application of force symmetrical to its centre.
A post process control apparatus for controlling post processing of copies of printed sheets, comprising: post processing means for performing post processing on a printed sheet; and control means for controlling said post processing means and for obtaining, for printed sheets provided to the post processing means, the number of printed sheets configuring one copy of printed sheets from setting information of a print job used for printing the printed sheets or from information inputted by a user, wherein the control means is configured to control the post processing means to discharge printed sheets to which the post processing has been performed to a discharge tray; characterized in that the control means is adapted for controlling said post processing means to: (i) if the number of sheets in one copy obtained by said control means is singular, execute the post processing in one batch on printed sheets corresponding to a plurality of copies, and (ii) if the number of sheets in one copy obtained by said control means is plural, execute the post processing individually on printed sheets corresponding to one copy. post processing means for performing post processing on a printed sheet; and control means for controlling said post processing means and for obtaining, for printed sheets provided to the post processing means, the number of printed sheets configuring one copy of printed sheets from setting information of a print job used for printing the printed sheets or from information inputted by a user, wherein the control means is configured to control the post processing means to discharge printed sheets to which the post processing has been performed to a discharge tray; characterized in that the control means is adapted for controlling said post processing means to: (i) if the number of sheets in one copy obtained by said control means is singular, execute the post processing in one batch on printed sheets corresponding to a plurality of copies, and (ii) if the number of sheets in one copy obtained by said control means is plural, execute the post processing individually on printed sheets corresponding to one copy. (i) if the number of sheets in one copy obtained by said control means is singular, execute the post processing in one batch on printed sheets corresponding to a plurality of copies, and (ii) if the number of sheets in one copy obtained by said control means is plural, execute the post processing individually on printed sheets corresponding to one copy.
A method for insertion of part of, or a complete, human VDJ region, the method comprising insertion of three or more human DNA fragments into a rodent ES cell DNA target comprised by a rodent IgH locus, wherein the insertion is of DNA fragments of >100kb into a chromosome of the rodent ES cell in a stepwise fashion, wherein fragments of the human VDJ locus are inserted upstream of the rodent constant region by homologous recombination, wherein during the stepwise insertion the 5' end of the upstream DNA insert is increased in length, wherein the method comprises insertion of a first DNA sequence into the target, the sequence having a DNA vector portion and a first sequence of interest; insertion of a second DNA sequence into the vector portion of the first sequence, the second DNA sequence having a second sequence of interest and a second vector portion, to provide a contiguous X2X1 sequence within the target wherein X1 and X2 are joined together directly without intervening sequences, wherein X1 and X2 are human DNA, and comprise fragments of the human VDJ locus excising any vector sequence DNA separating X1 and X2 to provide a contiguous X2X1 sequence within the target by transposase mediated DNA excision, and wherein the rodent genome is modified to prevent expression of the native rodent antibodies in the rodent by inactivation of all or part of the rodent VDJ region, wherein said modifying is achieved by insertion of one or more site specific recombinase sites into the genome and then use of these sites in recombinase-mediated excision of all or a part of the rodent Ig locus.
An exhaust gas cleaning system for an internal combustion engine comprising an upstream-side catalyst unit loaded with an oxidizing catalyst or a NOx reducing catalyst and a catalyst loaded particulate trapping filter disposed downstream of the upstream-side catalyst unit in an exhaust passageway of the internal combustion engine and also comprising a hydrocarbon supply unit for supplying hydrocarbons to exhaust gases flowing into the upstream-side catalyst unit and a control unit which controls the hydrocarbon supply unit, wherein an oxidation catalyst having a three-way catalytic function is loaded in the catalyst loaded particulate trapping filter, wherein the catalyst loaded particulate trapping filter is provided with a hydrocarbon adsorption function to adsorb hydrocarbons when the temperature of the catalyst loaded particulate trapping filter is lower than a hydrocarbon releasing temperature and to release the adsorbed hydrocarbons when the temperature of the catalyst loaded particulate filter is equal to or higher than the hydrocarbon releasing temperature, and wherein the control unit comprises means to determine whether or not a vehicle equipped with the internal combustion engine is accelerated after the vehicle has continued to be driven for a preset period of time with the temperature of exhaust gases remaining equal to or lower than a preset set exhaust gas temperature, and the control unit is configured such that, when the vehicle is so accelerated, the control unit controls the hydrocarbon supply unit so that the hydrocarbon supply unit starts supplying hydrocarbons into exhaust gases when the temperature of exhaust gases reaches or exceeds a preset first set temperature and terminates the supply of hydrocarbons when a preset terminating condition is met.
Purge tool for extracting water from a tank of fuel, said purge tool having a tube that delimits an internal space, characterised in that said tube comprises at least one capacitive sensor, said purge tool comprising a computer that is connected to said at least one capacitive sensor and to at least one alert generator, said at least one capacitive sensor being configured to transmit a measurement signal to the computer, said computer being configured to determine, using the measurement signal, whether a liquid that is flowing from the tank to said internal space is fuel, said computer being configured to transmit an alert signal to the alert generator at least when said liquid is fuel, said alert generator being configured to generate an alert at the command of the computer when said liquid is fuel.
Joint implant (1; 100) for implantation into a bone, comprising: a stem having a proximal section and a distal section; at least two grooves substantially extending along the longitudinal direction of the stem; and characterized by a first coating at least partially covering the surface of said elongated grooves; and a ridge, the ridge being formed in between adjacent grooves and having an apex surface; wherein the apex surface has an average surface roughness that is lower than the average surface roughness of the first coating. a stem having a proximal section and a distal section; at least two grooves substantially extending along the longitudinal direction of the stem; and characterized by a first coating at least partially covering the surface of said elongated grooves; and a ridge, the ridge being formed in between adjacent grooves and having an apex surface; wherein the apex surface has an average surface roughness that is lower than the average surface roughness of the first coating.
A method of customizing an averaging pitot tube probe for insertion into a particular confined conduit, the method comprising: providing an APT probe portion having a plurality of predefined cutting regions comprising visual indicators which define adjustable lengths of the APT probe portion, the APT probe portion comprising a longitudinally extending upstream surface and a longitudinally extending downstream surface which form first and second fluid carrying plenums (316, 318) within the APT probe portion, the APT probe portion further comprising a plurality of longitudinally arranged openings in the upstream surface disposed along a length of the upstream surface with each opening in fluid communication with the first fluid carrying plenum, and a plurality of longitudinally arranged openings in the downstream surface disposed along a length of the downstream surface with each opening in fluid communication with the second fluid carrying plenum; and cutting the APT probe portion at a selected one of the plurality of cutting regions to adjust the length of the APT probe portion and to form a distal end configured to be inserted into the particular confined conduit; affixing a cap to the distal end (323; 702) of the APT probe portion, the cap sealing the first and second fluid carrying plenums (316, 318) at the distal end (323; 702) of the APT probe portion. providing an APT probe portion having a plurality of predefined cutting regions comprising visual indicators which define adjustable lengths of the APT probe portion, the APT probe portion comprising a longitudinally extending upstream surface and a longitudinally extending downstream surface which form first and second fluid carrying plenums (316, 318) within the APT probe portion, the APT probe portion further comprising a plurality of longitudinally arranged openings in the upstream surface disposed along a length of the upstream surface with each opening in fluid communication with the first fluid carrying plenum, and a plurality of longitudinally arranged openings in the downstream surface disposed along a length of the downstream surface with each opening in fluid communication with the second fluid carrying plenum; and cutting the APT probe portion at a selected one of the plurality of cutting regions to adjust the length of the APT probe portion and to form a distal end configured to be inserted into the particular confined conduit; affixing a cap to the distal end (323; 702) of the APT probe portion, the cap sealing the first and second fluid carrying plenums (316, 318) at the distal end (323; 702) of the APT probe portion.
A heavy goods vehicle, comprising: a steering unit, which is mounted on a vehicle frame of the heavy goods vehicle such that it is rotatable about an axis of rotation, and which has at least one connection portion that is configured to be connected to a steering device and/or a steering transmitter of the heavy goods vehicle, and the steering transmitter, which is connected to the steering unit and is configured to cause the steering unit to rotate about its axis of rotation, wherein the steering unit comprises at least one adjustment unit, which is variable in length and is configured to vary a spacing of at least one connection portion in relation to the axis of rotation of the steering unit, wherein the heavy goods vehicle comprises a further steering device, wherein the steering unit is connected to both the one steering device and the further steering device, and wherein the variable-length adjustment unit of the steering unit is configured to displace at least one connection portion that is associated with the one steering device, in relation to the axis of rotation of the steering unit, characterised in that the steering unit comprises a further adjustment unit, which is variable in length and is configured to displace at least one connection portion that is associated with the further steering device, in relation to the axis of rotation of the steering unit. a steering unit, which is mounted on a vehicle frame of the heavy goods vehicle such that it is rotatable about an axis of rotation, and which has at least one connection portion that is configured to be connected to a steering device and/or a steering transmitter of the heavy goods vehicle, and the steering transmitter, which is connected to the steering unit and is configured to cause the steering unit to rotate about its axis of rotation, wherein the steering unit comprises at least one adjustment unit, which is variable in length and is configured to vary a spacing of at least one connection portion in relation to the axis of rotation of the steering unit, wherein the heavy goods vehicle comprises a further steering device, wherein the steering unit is connected to both the one steering device and the further steering device, and wherein the variable-length adjustment unit of the steering unit is configured to displace at least one connection portion that is associated with the one steering device, in relation to the axis of rotation of the steering unit, characterised in that the steering unit comprises a further adjustment unit, which is variable in length and is configured to displace at least one connection portion that is associated with the further steering device, in relation to the axis of rotation of the steering unit.
A smart control method for an electronic cigarette, comprising: building a communication between a mobile terminal and the electronic cigarette; characterized in that, the method further comprises: obtaining an identification number of the electronic cigarette by the mobile terminal, wherein the identification number of the electronic cigarette and heating wire parameters are stored in a cloud server, and the heating wire parameters correspond to the identification number; obtaining the heating wire parameters by the mobile terminal from the cloud server according to the identification number of the electronic cigarette; acquiring a working power of the electronic cigarette by the mobile terminal according to the heating wire parameters and smoking parameters inputted from the mobile terminal; and obtaining the working power by the electronic cigarette via the communication from the mobile terminal, and controlling a heating wire of the electronic cigarette to work at the working power. building a communication between a mobile terminal and the electronic cigarette; characterized in that, the method further comprises: obtaining an identification number of the electronic cigarette by the mobile terminal, wherein the identification number of the electronic cigarette and heating wire parameters are stored in a cloud server, and the heating wire parameters correspond to the identification number; obtaining the heating wire parameters by the mobile terminal from the cloud server according to the identification number of the electronic cigarette; acquiring a working power of the electronic cigarette by the mobile terminal according to the heating wire parameters and smoking parameters inputted from the mobile terminal; and obtaining the working power by the electronic cigarette via the communication from the mobile terminal, and controlling a heating wire of the electronic cigarette to work at the working power. obtaining an identification number of the electronic cigarette by the mobile terminal, wherein the identification number of the electronic cigarette and heating wire parameters are stored in a cloud server, and the heating wire parameters correspond to the identification number; obtaining the heating wire parameters by the mobile terminal from the cloud server according to the identification number of the electronic cigarette; acquiring a working power of the electronic cigarette by the mobile terminal according to the heating wire parameters and smoking parameters inputted from the mobile terminal; and obtaining the working power by the electronic cigarette via the communication from the mobile terminal, and controlling a heating wire of the electronic cigarette to work at the working power.