mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic induction type absolute position measuring encoder having two or more tracks, the encoder comprising: two or more rows of scale coils (14-1, 14-2), each of the rows including a large number of original scale coils (14-1a, 14-2a) arranged on a scale along a measuring direction so as to have a scale pitch (λ1; λ2) different from that of another row; and two or more rows of transmitter coils (24-1, 24-2) and a receiver coils (20-1, 20-2) arranged on a grid movable relative to the scale in the measuring direction so as to face the rows of scale coils (14-1, 14-2); wherein each track is constituted by one row of the scale coils (14-1, 14-2), the transmitter coil (24-1, 24-2) and the receiver coil (20-1, 20-2), and the encoder is capable of measuring an absolute position of the grid with respect to the scale from a flux change detected by the receiver coil (20-1, 20-2) via the scale coils (14-1, 14-2) when the transmitter coil (24-1, 24-2) is excited, characterized in that at least one loop-shaped additional scale coil (14-1b, 14-2b) is added between each of the scale coils (14-1, 14-2) in at least one of the rows of scale-coils (14-1, 14-2), the loop-shaped additional scale coils being disposed within the row of scale coils (14-1, 14-2) and not being connected with any other scale coil (14-1, 14-2) in another row two or more rows of scale coils (14-1, 14-2), each of the rows including a large number of original scale coils (14-1a, 14-2a) arranged on a scale along a measuring direction so as to have a scale pitch (λ1; λ2) different from that of another row; and two or more rows of transmitter coils (24-1, 24-2) and a receiver coils (20-1, 20-2) arranged on a grid movable relative to the scale in the measuring direction so as to face the rows of scale coils (14-1, 14-2); wherein each track is constituted by one row of the scale coils (14-1, 14-2), the transmitter coil (24-1, 24-2) and the receiver coil (20-1, 20-2), and the encoder is capable of measuring an absolute position of the grid with respect to the scale from a flux change detected by the receiver coil (20-1, 20-2) via the scale coils (14-1, 14-2) when the transmitter coil (24-1, 24-2) is excited, characterized in that at least one loop-shaped additional scale coil (14-1b, 14-2b) is added between each of the scale coils (14-1, 14-2) in at least one of the rows of scale-coils (14-1, 14-2), the loop-shaped additional scale coils being disposed within the row of scale coils (14-1, 14-2) and not being connected with any other scale coil (14-1, 14-2) in another row
A cylinder unit of a high-pressure pump for a fluid, in particular, for water with a max. pressure of greater than 2000 bar, the cylinder unit comprising a cylinder formed through a shrink connection from at least two concentric, tubular components (11, 12), which, on the one hand, is connected to a flange part with a seal system, in which a plunger is axially moveable back and forth and, on the other hand, is detachably connected with a valve body, characterized in that on the connection surface of the tubular components grooves are formed and in the case of the cylinder unit the bearing bush of the seal system and the radially outermost component of the cylinder abut against the flange part and form a gap lying in between, in which a tensioned, plate-shaped spring means arranged distally on the outermost component of the cylinder and proximally on the outer side of the bearing bush to the flange part, is supported and located axially opposite the tubular components (11, 12) of the cylinder in the area of the contact surface on the valve body have a metallic connection, in particular, a welded connection.
Method for producing cast items of a conductive material, comprising the following steps: - introducing a charge of the conductive material into the sphere of influence of at least one alternating electromagnetic field, so that the charge is kept in a levitating state, - melting the charge, - positioning a mould in a filling region below the levitating charge, - pouring the entire charge into the mould, - removing the solidified cast item from the mould, characterized in that the volume of the molten charge is sufficient to fill the mould to an adequate degree for the production of a cast item, and at the moment of casting, the mould is moved in translation parallel to the direction of pouring of the charge. - introducing a charge of the conductive material into the sphere of influence of at least one alternating electromagnetic field, so that the charge is kept in a levitating state, - melting the charge, - positioning a mould in a filling region below the levitating charge, - pouring the entire charge into the mould, - removing the solidified cast item from the mould,
A two-component coating system comprising a base component and a hardener component, the base component comprising: up to 55 wt.% hydroxyl terminated polyester and/or hydroxyl terminated polyether; up to 3 wt.% hydroxyl terminated polysiloxane; and a solvent selected from aromatic hydrocarbons, ketones, esters and combinations thereof, wherein the hydroxyl terminated polyester and/or hydroxyl terminated polyether and the hydroxyl terminated polysiloxane are dissolved in the solvent, the hardener component comprising: up to 80 wt.% polyisocyanate; and a solvent selected from aromatic hydrocarbons, ketones, esters and combinations thereof, wherein the polyisocyanate is dissolved in the solvent. up to 55 wt.% hydroxyl terminated polyester and/or hydroxyl terminated polyether; up to 3 wt.% hydroxyl terminated polysiloxane; and a solvent selected from aromatic hydrocarbons, ketones, esters and combinations thereof, wherein the hydroxyl terminated polyester and/or hydroxyl terminated polyether and the hydroxyl terminated polysiloxane are dissolved in the solvent, up to 80 wt.% polyisocyanate; and a solvent selected from aromatic hydrocarbons, ketones, esters and combinations thereof, wherein the polyisocyanate is dissolved in the solvent.
An electric power tool characterized in that at least one light emitter used for a plurality of functions including an illumination function to irradiate ahead is provided in a housing, characterized in that lenses are provided at respective sides of the light emitter so as to project to right and left sides of the housing so that the lenses are visible from a back side of the housing.
Industrial truck having an electric locomotion drive machine which can be operated to perform braking as an electric engine brake with a variable braking torque (M var), and with a mechanical brake device which is operatively connected to the locomotion drive machine and which can be acted on to move from a release position into a braking position and in the braking position has a permanently set braking torque value (M fix), wherein in order to generate an adjustable braking torque the engine brake of the locomotion drive machine and the mechanical brake device can be activated in a combined fashion, characterized in that in order to generate the adjustable braking torque for the industrial truck in a first range between a minimum braking torque (M min) and a maximum braking torque (M max) starting from the minimum braking torque (M min) to the braking torque which corresponds to the permanently set braking torque value (M fix) of the mechanical brake device, the mechanical brake device is in the release position and the engine brake of the locomotion drive machine is being acted on, with the result that the adjustable braking torque for the industrial truck is generated exclusively by the variable braking torque (M var) of the engine brake of the locomotion drive machine, and in a second range starting from the braking torque which corresponds to the permanently set braking torque value (M fix) of the mechanical brake device up to the maximum braking torque (M max) for the industrial truck the mechanical brake device is in the braking position and the engine brake of the locomotion drive machine is being acted on, with the result that the adjustable braking torque for the industrial truck is generated by a common and simultaneous activation of the engine brake of the locomotion drive machine and of the mechanical brake device, and the adjustable braking torque for the industrial truck is composed of the sum of the permanently set braking torque value (M fix) of the mechanical brake device and the variable braking torque value (M var) of the engine brake of the locomotion drive machine.
A wound-closing dressing, comprising: a sealing drape; a contracting element coupled to the sealing drape, wherein the contracting element is in an extended position prior to being applied to a tissue site and is configured to move from the extended position to a contracted position and thereby generate a closing force in response to being activated by a stimulus; and a gripping member coupled to the sealing drape over the contracting element, the gripping member configured to transmit the closing force to a patient's epidermis characterized in that the contracting element comprises a cellulose material stretched from a free length to a stretched length and dried, and wherein said contracting element is configured to be activated by moisture. a sealing drape; a contracting element coupled to the sealing drape, wherein the contracting element is in an extended position prior to being applied to a tissue site and is configured to move from the extended position to a contracted position and thereby generate a closing force in response to being activated by a stimulus; and a gripping member coupled to the sealing drape over the contracting element, the gripping member configured to transmit the closing force to a patient's epidermis characterized in that the contracting element comprises a cellulose material stretched from a free length to a stretched length and dried, and wherein said contracting element is configured to be activated by moisture.
A plant for continuously drying a coated film comprising a structure with a first upper portion and a second lower portion that mutually overlap to define a cavity comprised therebetween with a first open end through which a film enters and a second open end through which the dried film exits, a plurality of rollers mounted on said lower portion to support said film inside said cavity, said first upper portion comprising a first substantially hollow box-shaped element defining a first chamber, said second lower portion comprising a second hollow box-shaped element provided with a plurality of inside walls in order to define a second chamber and a third box-shaped element defining a third chamber, the plant further comprising a feed and extraction system connected to the second chamber and the third chamber, the plant further comprising a first blowing means, a second blowing means and suction means (27, 28), wherein the feed and extraction system being adapted to feed a flow of pressurized air to the first chamber having a fluid connection to the first blowing means being adapted to direct a flow of air onto the coated surface of the film, the feed and extraction system being adapted to feed pressurized air to the second chamber having a fluid connection to the second blowing means being adapted to direct a flow of heated air onto the opposite surface of said film, the feed and extraction system being adapted to create a vacuum in the third chamber having a fluid connection to the suction means (27, 28) adapted to extract a flow of air from said cavity, wherein the third chamber is adapted to draw off both the flow of air input by the first blowing means, and the flow of air input by the second blowing means, after it has performed its drying action on the film.
A method for reporting channel state information, comprising: acquiring reference signal resource configuration information, wherein the reference signal resource configuration information comprises antenna port configuration information, and the antenna port configuration information is used to indicate an antenna port structure; receiving, according to the reference signal resource configuration information, a reference signal sent by a base station; selecting a precoding matrix from a codebook based on the received reference signal, wherein a structure of the precoding matrix corresponds to the antenna port structure indicated by the antenna port configuration information; and reporting a precoding matrix indicator, PMI, to the base station, wherein the PMI is used to indicate the selected precoding matrix; wherein the structure of the precoding matrix is W = W 1 W 2, wherein W 1 = X 0 0 X, and X = A ⊗ B; ⊗ indicates a Kronecker product; A and B are matrices of m×p and (n/2)×q respectively, or A and B are matrices of (m/2)×p and n×q respectively; W 2 is a matrix of (2 pq)× r, wherein p and q are positive integers, and r is a rank of the precoding matrix, wherein m corresponds to a quantity of rows in the antenna port structure, and n corresponds to a quantity of columns in the antenna port structure. acquiring reference signal resource configuration information, wherein the reference signal resource configuration information comprises antenna port configuration information, and the antenna port configuration information is used to indicate an antenna port structure; receiving, according to the reference signal resource configuration information, a reference signal sent by a base station; selecting a precoding matrix from a codebook based on the received reference signal, wherein a structure of the precoding matrix corresponds to the antenna port structure indicated by the antenna port configuration information; and reporting a precoding matrix indicator, PMI, to the base station, wherein the PMI is used to indicate the selected precoding matrix; wherein the structure of the precoding matrix is W = W 1 W 2, wherein W 1 = X 0 0 X, and X = A ⊗ B; ⊗ indicates a Kronecker product; A and B are matrices of m×p and (n/2)×q respectively, or A and B are matrices of (m/2)×p and n×q respectively; W 2 is a matrix of (2 pq)× r, wherein p and q are positive integers, and r is a rank of the precoding matrix, wherein m corresponds to a quantity of rows in the antenna port structure, and n corresponds to a quantity of columns in the antenna port structure.
A carrier frame seal, comprising: a carrier frame, having at least one first carrier frame region and one second carrier frame region. wherein a channel region is constructed in a region between the first carrier frame region and the second carrier frame region; further comprising a sealing profile, which is arranged at least to some extent between the first carrier frame region and the second carrier frame region in the channel region, and wherein the sealing profile is connected on one side to the first or the second carrier frame region (8, 10) outside the channel region, and wherein a width of the channel region is larger than a width of the sealing profile outside the channel region, wherein a) in the channel region, the sealing profile is connected on one side only to the first carrier frame region or only to the second carrier frame region, wherein the sealing profile does not fill the entire channel with the width thereof, and wherein a width of the sealing profile in the channel region is larger than the width (B') of the sealing profile outside of the channel region and/or wherein b) the sealing profile comprises at least two sealing lips, and wherein a space between the at least two sealing lips is larger in the channel region than outside the channel region. a carrier frame, having at least one first carrier frame region and one second carrier frame region. wherein a channel region is constructed in a region between the first carrier frame region and the second carrier frame region; further comprising a sealing profile, which is arranged at least to some extent between the first carrier frame region and the second carrier frame region in the channel region, and wherein the sealing profile is connected on one side to the first or the second carrier frame region (8, 10) outside the channel region, and wherein a width of the channel region is larger than a width of the sealing profile outside the channel region, wherein a) in the channel region, the sealing profile is connected on one side only to the first carrier frame region or only to the second carrier frame region, wherein the sealing profile does not fill the entire channel with the width thereof, and wherein a width of the sealing profile in the channel region is larger than the width (B') of the sealing profile outside of the channel region and/or wherein b) the sealing profile comprises at least two sealing lips, and wherein a space between the at least two sealing lips is larger in the channel region than outside the channel region. a) in the channel region, the sealing profile is connected on one side only to the first carrier frame region or only to the second carrier frame region, wherein the sealing profile does not fill the entire channel with the width thereof, and wherein a width of the sealing profile in the channel region is larger than the width (B') of the sealing profile outside of the channel region and/or wherein b) the sealing profile comprises at least two sealing lips, and wherein a space between the at least two sealing lips is larger in the channel region than outside the channel region.
Extracellular vesicles derived from cardiosphere-derived cells (CDC-EVs) for use in a method of treating or preventing cancer in a subject in need thereof, the method comprising: i) administering to the subject a therapeutically effective amount of extracellular vesicles (CDC-EVs); or ii) administering a composition comprising CDC-EVs to a subject who is susceptible to cancer, wherein the subject possesses one or more genetic mutations that make the subject susceptible to cancer. i) administering to the subject a therapeutically effective amount of extracellular vesicles (CDC-EVs); or ii) administering a composition comprising CDC-EVs to a subject who is susceptible to cancer, wherein the subject possesses one or more genetic mutations that make the subject susceptible to cancer.
Method for manufacturing an object, such as a tray, said object having at least a wall (4; 12) and a flange (3; 10) arranged to an edge of said wall (4; 12) and under an angle larger than 45° to said wall (4; 12), the method comprising the steps of: - providing an unfolded sheet; - providing a straight score line (2; 11) in the unfolded sheet for providing a division between a wall part and a flange part (3; 10) and for folding the flange part relative to the wall part (4; 12); - folding the flange part (3; 10) of the unfolded sheet relative to the wall part (4; 12) along the score line (2; 11) to provide an angle larger than 45° between the flange part (3; 10) and the wall part (4; 12); - providing a plastic foil (9; 13); - heating the plastic foil (9; 13); - pressing the heated foil (9; 13) on the sheet at the side provided with the score line (2; 11) and covering at least part of the wall part (4; 12) and the flange part (3; 10); characterized by - at least one U-shaped cut arranged in the sheet interrupting the score line (2; 11), wherein the free ends of the U-shaped cut are positioned on the score line (2; 11) and wherein the bridging part of the U-shaped cut is positioned in the flange part (3; 10). - providing an unfolded sheet; - providing a straight score line (2; 11) in the unfolded sheet for providing a division between a wall part and a flange part (3; 10) and for folding the flange part relative to the wall part (4; 12); - folding the flange part (3; 10) of the unfolded sheet relative to the wall part (4; 12) along the score line (2; 11) to provide an angle larger than 45° between the flange part (3; 10) and the wall part (4; 12); - providing a plastic foil (9; 13); - heating the plastic foil (9; 13); - pressing the heated foil (9; 13) on the sheet at the side provided with the score line (2; 11) and covering at least part of the wall part (4; 12) and the flange part (3; 10); - at least one U-shaped cut arranged in the sheet interrupting the score line (2; 11), wherein the free ends of the U-shaped cut are positioned on the score line (2; 11) and wherein the bridging part of the U-shaped cut is positioned in the flange part (3; 10).
Joystick comprising a Hall effect movement detection assembly, a base and a handle that is mobile in relation to the said base at least in rotation about two axes (x, y), the said joystick comprising at least one ball joint comprising two ball-joint elements (21, 22) of substantially the same radius, namely a head and a cup, one of the elements being able to pivot about the centre of the other element, a first of the said ball-joint elements being fixed in relation to the said base and defining a sphere containing an interior space, and a second of the said ball-joint elements being integral with the said handle, and an extension of the said handle entering the said interior space, the lower end of the said extension of the said handle having at least one sensor and/or at least one magnet of the said Hall effect movement detection assembly and moving in the said interior space, in such a way that the said at least one sensor and/or at least one magnet moves in the said interior space, and the said at least one sensor and the said at least one magnet of the said Hall effect movement detection assembly being located in the said sphere.
A connection element, in particular a thermal adhesive bonding boss, to be introduced into at least one component, in particular a hollow chamber component, in particular a plate-shaped hollow chamber component which has hollow chambers, under the effect of pressure and rotation, comprising a main part which comprises a thermoplastic, the connection element having a longitudinal axis and being designed to rotate about the longitudinal axis, the connection element having an upper face with a tool placement point and a lower face which faces away from the upper face, characterized in that the connection element has an expanding section made of a thermally activatable expandable material on the main part on a circumferential surface extending between the upper face and the lower face.
Method for operating a device for a drivetrain of a hybrid vehicle, having a planetary gear set which has the elements internal gear, sun gear and web, wherein a first element of said elements (8, 9, 10) of the planetary gear set serves for the fixed connection of a transmission input shaft of a transmission, and wherein a second element of said elements (8, 9, 10) of the planetary gear set serves for the fixed connection of an electric machine of a hybrid drive, and having a clutch by means of which two of said three elements (8, 9, 10) of the planetary gear set can be coupled, and having a shift element, by means of which a third element of said elements (8, 9, 10) of the planetary gear set can, in a first shift position, be coupled to an internal combustion engine of the hybrid drive and can, in a second shift position, be coupled to a housing or stator, characterized in that, for the shifting of the shift element from the first shift position into the second shift position in the case of an initially open clutch, the clutch is firstly closed, the electric machine is subsequently rendered preferably entirely load-free, and the load thereof is transferred entirely or partially to the internal combustion engine, the first shift position is thereafter disengaged, the shift element is subsequently synchronized in relation to the second shift position by means of the electric machine, and the second shift position is thereafter engaged.