mhurhangee/ep-ind-claims huggingface dataset:
Mobile working machine, in particular a digger, comprising: a driver's cab for accommodating an operator of the mobile working machine, a control station for the operator, in particular a seat, arranged in the driver's cab, a primary steering system, in particular a steering wheel, arranged in front of the control station in the direction of travel of the mobile working machine, and a secondary steering system, in particular a joystick, arranged laterally offset from the control station in the direction of travel of the mobile working machine, characterized in that the primary steering system has a steering column section, which cooperates with a steering column mount to transmit a steering actuation to a control unit implementing the desired steering movement, wherein the steering column section and the steering column mount can be connected to each other in a rotationally fixed manner via a plug-in connection, such that the operator is able to dismount the primary steering system depending on a perceived visual restriction. a driver's cab for accommodating an operator of the mobile working machine, a control station for the operator, in particular a seat, arranged in the driver's cab, a primary steering system, in particular a steering wheel, arranged in front of the control station in the direction of travel of the mobile working machine, and a secondary steering system, in particular a joystick, arranged laterally offset from the control station in the direction of travel of the mobile working machine, characterized in that the primary steering system has a steering column section, which cooperates with a steering column mount to transmit a steering actuation to a control unit implementing the desired steering movement, wherein the steering column section and the steering column mount can be connected to each other in a rotationally fixed manner via a plug-in connection, such that the operator is able to dismount the primary steering system depending on a perceived visual restriction.
Flow rate regulator having a deformable, preferably annular, regulating body which is inserted into a corresponding groove, wherein a regulating profile is formed on at least one groove side wall (6, 7), wherein the regulating profile is formed from a series of regulating protrusions and regulating clearances, and the regulating body and the regulating profile delimit between them a regulating gap such that a change in shape of the regulating body gives rise to a change in size of the regulating gap, wherein adjacent regulating protrusions are arranged at a spacing (10, 13) from one another, and therefore a series of spacings (10, 13) is formed, along the circumference, between respectively adjacent regulating protrusions, characterized in that at least three spacings (10, 13) in the series of spacings (10, 13) are selected to be of different sizes from one another, and in that one spacing (10, 13) of the at least three spacings (10, 13) is more than twice as large as another spacing (10, 13) of the at least three spacings (10, 13), and in that the regulating protrusions have a uniform height with which they project in each case from the at least one groove side wall (6, 7) into the regulating gap.
Hairdressing appliance including: - a main body comprising a handle extending longitudinally along a first axis (P-P'), and - an accessory designed to come into contact with the hair to shape it, said accessory extending longitudinally along a second axis (A-A'), and - a drive motor for rotating the accessory about said second axis (A-A') so that the hair can be wound around said accessory, and/or - a device for moving air for creating an airflow between an air inlet and an air outlet, the main body comprising the air inlet at a free end and the accessory comprising the air outlet, said accessory being movable between at least two functional positions: - a first position in which said second axis (A-A') and first axis (P-P') form a flat angle with one another, - a second position in which said second axis (A-A') and first axis (P-P') form an angle different from the flat angle, said first position and second position being stable positions defined by design, the main body including an articulation located between, and connecting, the handle and the accessory, the articulation comprising a first part integral with the handle and a second part movable between said first and second positions, said second part comprising a locking device movable between a free position, allowing the accessory to move between said first position and second position, and a locked position locking said accessory in one of the said first or second positions, which position has been chosen by the user. - a main body comprising a handle extending longitudinally along a first axis (P-P'), and - an accessory designed to come into contact with the hair to shape it, said accessory extending longitudinally along a second axis (A-A'), and - a drive motor for rotating the accessory about said second axis (A-A') so that the hair can be wound around said accessory, and/or - a device for moving air for creating an airflow between an air inlet and an air outlet, the main body comprising the air inlet at a free end and the accessory comprising the air outlet, said accessory being movable between at least two functional positions: - a first position in which said second axis (A-A') and first axis (P-P') form a flat angle with one another, - a second position in which said second axis (A-A') and first axis (P-P') form an angle different from the flat angle, - a first position in which said second axis (A-A') and first axis (P-P') form a flat angle with one another, - a second position in which said second axis (A-A') and first axis (P-P') form an angle different from the flat angle, said first position and second position being stable positions defined by design, the main body including an articulation located between, and connecting, the handle and the accessory, the articulation comprising a first part integral with the handle and a second part movable between said first and second positions, said second part comprising a locking device movable between a free position, allowing the accessory to move between said first position and second position, and a locked position locking said accessory in one of the said first or second positions, which position has been chosen by the user.
An instrument for scanning and obtaining a colour image of a specimen, the instrument comprising a two dimensional sensor array and a shutter which opens to expose sensors that make up the sensor array, the specimen being mounted on a support that is movable relative to the sensor array, the sensor array having a plurality of rows and columns and having a colourfilter array comprising filters for at least three different colours, the filter array being a mosaic square grid array, wherein the shutter is synchronised with the motion of the support on which the specimen is mounted, to open and close the shutter to acquire a two-dimensional image frame of the specimen each time a field-of-view of the sensor array is moved a distance of one pixel in the direction of motion of the field-of-view relative to the specimen, the sensor array acquiring a two-dimensional image frame each time the shutter is opened and transferring the two-dimensional image frame to a frame capture device of the instrument each time the shutter is closed, the instrument further comprising a computer, wherein the computer is configured to: receive the two-dimensional image frames via the frame capture device, transfer the data from the two-dimensional image frames into one image strip for all colours of the colour filter array or into image strips (1422, 1432, 1442) for respective colours of the colour filter array, by adding or averaging the pixel colour values of each newly acquired two-dimensional image frame with the corresponding pixel colour values of the previous two-dimensional image frames at each pixel position for each image strip (1421, 1431, 1441), and assemble all the image strips (1422, 1432, 1442) to produce a final image of the specimen. receive the two-dimensional image frames via the frame capture device, transfer the data from the two-dimensional image frames into one image strip for all colours of the colour filter array or into image strips (1422, 1432, 1442) for respective colours of the colour filter array, by adding or averaging the pixel colour values of each newly acquired two-dimensional image frame with the corresponding pixel colour values of the previous two-dimensional image frames at each pixel position for each image strip (1421, 1431, 1441), and assemble all the image strips (1422, 1432, 1442) to produce a final image of the specimen.
A pinch valve apparatus for controlling fluid flow through a replaceable sleeve, the apparatus comprising: a removeable frame, a removeable open cam rotational mechanism mounted on the removable frame for rotation thereon, a pair of lever arms for having the replaceable sleeve positioned therebetween, a first pair of pins pivotally connecting the removeable open cam rotational mechanism to the pair of lever arms, a second pair of pins projecting from the pair of lever arms and abutting the removeable open cam rotational mechanism, and an actuator having an elongated shaft, wherein the actuator drives the removable open cam rotational mechanism to drive the second pair of pins to drive the pair of lever arms together to squeeze the replaceable sleeve; characterized in that the elongated shaft includes a pivot joint that abuts one of the pair of lever arms. a removeable frame, a removeable open cam rotational mechanism mounted on the removable frame for rotation thereon, a pair of lever arms for having the replaceable sleeve positioned therebetween, a first pair of pins pivotally connecting the removeable open cam rotational mechanism to the pair of lever arms, a second pair of pins projecting from the pair of lever arms and abutting the removeable open cam rotational mechanism, and an actuator having an elongated shaft, wherein the actuator drives the removable open cam rotational mechanism to drive the second pair of pins to drive the pair of lever arms together to squeeze the replaceable sleeve; characterized in that the elongated shaft includes a pivot joint that abuts one of the pair of lever arms.
Pharmaceutical container for drug delivery, having - a barrel configured to slidably receive a stopper, - the stopper having a proximal end suitable for contacting a plunger rod, and a distal end suitable for contacting a pharmaceutical composition, - the stopper having a circumferential surface partially contacting an inner surface of the barrel, characterized in that the surface roughness of the inner surface of the barrel declines from the stopper's start position to its end position by at least 3 % Ra and/or Rms, wherein the start position is defined as the position of the stopper before use for drug delivery corresponding to the nominal volume of the container and the end position is defined as the position of the stopper after pushing the nominal volume of the container out of the barrel, and wherein the inner surface of the barrel has a surface roughness Ra of less than 100 nm. - a barrel configured to slidably receive a stopper, - the stopper having a proximal end suitable for contacting a plunger rod, and a distal end suitable for contacting a pharmaceutical composition, - the stopper having a circumferential surface partially contacting an inner surface of the barrel,
An air filter, comprising: a frame having a frame front with a front frame opening and a frame rear with a rear frame opening; a pleated filter media being retained within said frame, and a plurality of pleat valleys continuing substantially uninterrupted in a transverse direction from a pleated filter media top to a pleated filter media bottom, the pleated filter media having a length in said transverse direction defining a pleat width; said frame having a length in said transverse direction across said inner perimeter defining an inner-frame width; wherein at least one of said frame front and said frame rear has at least one tensile support member and a plurality of angled support members; said tensile support member extending substantially parallel to said transverse direction across an air flow opening; said plurality of angled support members angled substantially equally relative to said tensile support member; characterized in that said pleat width is greater than said inner-frame width, such that said pleated filter media creates tension in the frame in said transverse direction, said at least one tensile support member being adapted to receive said tension which creates a friction fit between the pleated filter media contacting the frame that secures the pleated filter media in place relative to the frame. a frame having a frame front with a front frame opening and a frame rear with a rear frame opening; a pleated filter media being retained within said frame, and a plurality of pleat valleys continuing substantially uninterrupted in a transverse direction from a pleated filter media top to a pleated filter media bottom, the pleated filter media having a length in said transverse direction defining a pleat width; said frame having a length in said transverse direction across said inner perimeter defining an inner-frame width; wherein at least one of said frame front and said frame rear has at least one tensile support member and a plurality of angled support members; said tensile support member extending substantially parallel to said transverse direction across an air flow opening; said plurality of angled support members angled substantially equally relative to said tensile support member; characterized in that said pleat width is greater than said inner-frame width, such that said pleated filter media creates tension in the frame in said transverse direction, said at least one tensile support member being adapted to receive said tension which creates a friction fit between the pleated filter media contacting the frame that secures the pleated filter media in place relative to the frame.
Multipole electromagnet for particle injection, preferably of electrons or positrons, comprising: - a hollow duct, arranged to transport particles inside its hollow, this hollow extending along a longitudinal axis Y, - a plurality of wire conductors placed parallel or substantially parallel to the longitudinal axis Y along the duct, connected electrically in series and arranged to conduct electric current the direction of the electric current (71, 72) flowing through the wire conductors not being identical for all of the wire conductors, the electromagnet comprising as many wire conductors conducting electric current in a first direction as wire conductors conducting electric current in a second direction opposite to the first direction, the directions of the electric current flowing through the wire conductors being symmetric relative to a first plane of symmetry parallel or substantially parallel to the longitudinal axis and passing through the hollow, characterized in that the wire conductors are distributed in several carrier planes parallel or substantially parallel to the first plane of symmetry, including two principal carrier planes (91, 92) symmetric relative to the first plane of symmetry and located outside the hollow, each principal carrier plane carrying wire conductors that conduct electric current in the first direction and wire conductors that conduct electric current in the second direction opposite to the first direction. - a hollow duct, arranged to transport particles inside its hollow, this hollow extending along a longitudinal axis Y, - a plurality of wire conductors placed parallel or substantially parallel to the longitudinal axis Y along the duct, connected electrically in series and arranged to conduct electric current the direction of the electric current (71, 72) flowing through the wire conductors not being identical for all of the wire conductors, the electromagnet comprising as many wire conductors conducting electric current in a first direction as wire conductors conducting electric current in a second direction opposite to the first direction, the directions of the electric current flowing through the wire conductors being symmetric relative to a first plane of symmetry parallel or substantially parallel to the longitudinal axis and passing through the hollow, characterized in that the wire conductors are distributed in several carrier planes parallel or substantially parallel to the first plane of symmetry, including two principal carrier planes (91, 92) symmetric relative to the first plane of symmetry and located outside the hollow, each principal carrier plane carrying wire conductors that conduct electric current in the first direction and wire conductors that conduct electric current in the second direction opposite to the first direction.
A compact fluid temperature control block, which includes a common rack and comprises a heat exchanger arranged in this common rack and having a first inlet and a first outlet for a fluid heat transfer medium such as water vapor, and a second inlet and a second outlet for a fluid product to be temperature-controlled, such as pure water, and which includes flow control elements for the heat transfer medium and the product, the first and the second inlet and the first and the second outlet opening on a common coupling face, the heat exchanger being arranged vertically in the rack, characterized in that the product-carrying line branches, i.e. the second inlet and the second outlet, have a slight slope upwards for a line portion located in the upper region of the rack, and a slight slope downwards for a line portion located in the lower region of the rack such that a complete draining of the product is ensured after a switching-off.
A toner comprising a toner particle comprising a core particle containing a resin component and a shell on a surface of the core particle, wherein the resin component comprises more than 50.0 mass% of a polyester resin that comprises a monomer unit represented by formula below, and the shell comprises at least one resin selected from the group consisting of and below: (meth)acrylic resins comprising at least one monomer unit selected from the group consisting of formulas and below; melamine resins in formula, R 1 represents a heterocyclic group comprising at least one heteroatom selected from the group consisting of oxygen, nitrogen, and sulfur, in formula, R 2 represents a hydrogen atom or methyl group, in formula, R 3 represents a hydrogen atom or methyl group and R 4 represents an alkylene group having from 1 to 3 carbons. a core particle containing a resin component and a shell on a surface of the core particle, wherein the resin component comprises more than 50.0 mass% of a polyester resin that comprises a monomer unit represented by formula below, and the shell comprises at least one resin selected from the group consisting of and below: (meth)acrylic resins comprising at least one monomer unit selected from the group consisting of formulas and below; melamine resins (meth)acrylic resins comprising at least one monomer unit selected from the group consisting of formulas and below; melamine resins in formula, R 1 represents a heterocyclic group comprising at least one heteroatom selected from the group consisting of oxygen, nitrogen, and sulfur, in formula, R 2 represents a hydrogen atom or methyl group, in formula, R 3 represents a hydrogen atom or methyl group and R 4 represents an alkylene group having from 1 to 3 carbons.
An estimation apparatus (10; 110) comprising: a first acquisition unit configured to acquire first measurement point groups obtained by measuring a periphery of a first moving object (1; 101); a first estimation unit configured to estimate a position and posture of the first moving object (1; 101); a classification unit configured to classify, based on a distance between a measurement point in a newest first measurement point group and a measurement point in a past first measurement point group corresponding to the measurement point in the newest first measurement point group, first measurement points in the newest first measurement point group into candidate points on a second moving object other than the first moving object (1, 101); a second acquisition unit configured to acquire second moving object information including a position of the second moving object and at least one of a width and a length of the second moving object; and a second estimation unit (19; 119) configured to calculate an evaluation value using a first likelihood defined according to a position relationship between an orientation of a region specified from the second moving object information and the plurality of candidate points, and estimate a position and posture of the second moving object based at least in part on the evaluation value. a first acquisition unit configured to acquire first measurement point groups obtained by measuring a periphery of a first moving object (1; 101); a first estimation unit configured to estimate a position and posture of the first moving object (1; 101); a classification unit configured to classify, based on a distance between a measurement point in a newest first measurement point group and a measurement point in a past first measurement point group corresponding to the measurement point in the newest first measurement point group, first measurement points in the newest first measurement point group into candidate points on a second moving object other than the first moving object (1, 101); a second acquisition unit configured to acquire second moving object information including a position of the second moving object and at least one of a width and a length of the second moving object; and a second estimation unit (19; 119) configured to calculate an evaluation value using a first likelihood defined according to a position relationship between an orientation of a region specified from the second moving object information and the plurality of candidate points, and estimate a position and posture of the second moving object based at least in part on the evaluation value.
An antibody that binds to HEG1 protein having glycosylation obtained from mesothelioma, or an antigen-binding fragment thereof, wherein HEG1 protein has the amino acid sequence selected from SEQ ID NOs: 30, 31, 33, 35, and 37.