mhurhangee/patent-ind-claim-en huggingface dataset:
Method for printing a print job on a printer system , the method comprising the steps of a) receiving a print job for printing at least one digital image by the printer system , b) determining media characteristics of a media for printing the print job on, c) determining whether a left over piece remains after printing the print job on the media , the left over piece being usable when taking into account a size and a shape of the left over piece , d) printing the print job on the media , including cutting the at least one printed digital image out off the media and so creating at least one hole in the media and providing the remaining left over piece with a machine readable tag , e) deriving from a location of the at least one printed digital image on the media , a location of the at least one hole in the left over piece and f) storing in a database an identifier encoded in the machine readable tag, together with the determined media characteristics and the location of the at least one hole in the left over piece . a) receiving a print job for printing at least one digital image by the printer system , b) determining media characteristics of a media for printing the print job on, c) determining whether a left over piece remains after printing the print job on the media , the left over piece being usable when taking into account a size and a shape of the left over piece , d) printing the print job on the media , including cutting the at least one printed digital image out off the media and so creating at least one hole in the media and providing the remaining left over piece with a machine readable tag , e) deriving from a location of the at least one printed digital image on the media , a location of the at least one hole in the left over piece and f) storing in a database an identifier encoded in the machine readable tag, together with the determined media characteristics and the location of the at least one hole in the left over piece .
Grill pan made of metal with several cross-section roof-shaped grill portions that are arranged adjacent to each other, wherein at least one grill portion has two side walls running along a longitudinal direction , which are arranged in reversed U or V-shape, and a support surface for food to be grilled formed by the side walls , running in the longitudinal direction of the grill portion , the support surface being level, running parallel to an upper extension plane of the grill pan and having a width (b), which lies between 25% and 200% of a middle sheet thickness (d) of the side walls of the grill portion , characterized in that the grill pan has an original thickness (d) matching the middle sheet thickness (d) of the side walls and is produced by stamping.
Device for acquiring images of the interior surface of a tyre comprising at least one image acquisition module provided with at least one lighting means able to project a beam of light onto a predetermined zone of the interior surface of the tyre, and with at least one image acquisition means able to acquire a beam of light reflected off the said zone of the tyre and originating from the projected beam of light, characterized in that the said module comprises at least a first reflector positioned optically between the light means and the predetermined zone of the interior surface of the tyre to reflect the projected beam of light towards the said zone of the tyre and at least a second reflector positioned optically between the said zone of the tyre and the image acquisition means to reflect the beam of light reflected off the tyre towards the said acquisition means, the said reflectors being intended to be situated axially inside the interior space of the tyre and the image acquisition means and/or the lighting means being intended to be situated axially outside the said space..
Knee endoprosthesis comprising a femoral component , which has two condylar surfaces , for anchoring to the distal femur, and comprising a tibial component for anchoring to the proximal tibia, and comprising sliding surfaces between said two components , the tibial plateau having a medial spherical bearing shell on the upper face of said plateau that faces the femoral component , the medial spherical bearing shell being an integral component of the tibial plateau and integrally formed therewith, and the articulation surface of the medial femoral condyle also being spherical and, together with the medial spherical bearing shell , constituting a congruent ball joint, and a bearing shell being arranged laterally adjacent to the medial spherical bearing shell , which laterally arranged shell allows the rotation of the femoral component , is formed in the anterior-posterior direction from a plurality of radii, is not congruent to the femoral condyle , and is integrally formed with the tibial plateau, characterized in that the entire femoral component , but at least the condylar surfaces thereof, consists of a firmly sintered ceramic, for articulation with the tibial component , and in that the tibial component comprises a tibial plateau made of a firmly sintered ceramic.
An apparatus operable in a communication system , comprising: processing circuitry , configured to: receive an indication of a time domain allocation in downlink control information associated with a radio network temporary identifier (RNTI) identifying the apparatus ; and employ the time domain allocation associated with the RNTI for transmissions associated with the apparatus , wherein: the processing circuitry is configured to employ an entry from a table indexed by the indication of the time domain allocation associated with the RNTI for transmissions associated with the apparatus , characterized in that the table depends on a type of RNTI. receive an indication of a time domain allocation in downlink control information associated with a radio network temporary identifier (RNTI) identifying the apparatus ; and employ the time domain allocation associated with the RNTI for transmissions associated with the apparatus , wherein: the processing circuitry is configured to employ an entry from a table indexed by the indication of the time domain allocation associated with the RNTI for transmissions associated with the apparatus , characterized in that the table depends on a type of RNTI. the processing circuitry is configured to employ an entry from a table indexed by the indication of the time domain allocation associated with the RNTI for transmissions associated with the apparatus , characterized in that the table depends on a type of RNTI.
A start restriction method of a pile loom in which a one-pile formation cycle consisting of a plurality of loom cycles is constituted of a pile pattern consisting of pile picks including a loose pick and a fast pick, the loom being configured to form a pile by changing relative positions of a beating position and a cloth-fell position in accordance with the pile pattern in each pile step included in the one-pile formation cycle, an operator removing a defective yarn from the loom when a weft-insertion failure occurs, characterized by comprising the steps of: previously storing a start reverse-rotation number being set so that a same numerical value as the pile step is assigned to the loose pick and a first fast pick, which is a first one of the fast pick, included in the pile picks, the start reverse-rotation number being set so that, when the pile pattern includes a plurality of the fast picks, 1 is assigned to second and later ones of the fast picks; when a weft-insertion failure occurs during weaving, reading, from the start reverse-rotation number, a numerical value corresponding to the pile pick of a loom cycle in which the weft-insertion failure occurs, and storing the read numerical value as a current value; updating the stored current value by adding 1 thereto every time when a rotational angle of a main shaft of the loom passes 0° by forward rotation of the main shaft through a subsequent motion of the loom , and updating the stored current value by subtracting 1 therefrom every time when the rotational angle of the main shaft passes 0° by reverse rotation of the main shaft through the subsequent motion of the loom ; and inhibiting start of the loom by an operation on an operation button until the updated current value becomes 0. previously storing a start reverse-rotation number being set so that a same numerical value as the pile step is assigned to the loose pick and a first fast pick, which is a first one of the fast pick, included in the pile picks, the start reverse-rotation number being set so that, when the pile pattern includes a plurality of the fast picks, 1 is assigned to second and later ones of the fast picks; when a weft-insertion failure occurs during weaving, reading, from the start reverse-rotation number, a numerical value corresponding to the pile pick of a loom cycle in which the weft-insertion failure occurs, and storing the read numerical value as a current value; updating the stored current value by adding 1 thereto every time when a rotational angle of a main shaft of the loom passes 0° by forward rotation of the main shaft through a subsequent motion of the loom , and updating the stored current value by subtracting 1 therefrom every time when the rotational angle of the main shaft passes 0° by reverse rotation of the main shaft through the subsequent motion of the loom ; and inhibiting start of the loom by an operation on an operation button until the updated current value becomes 0.
Device for the treatment of varicose veins, comprising a catheter , which is insertable into a vein to be treated, wherein the catheter comprises side openings (7a-7c), through which a sclerosing agent can be introduced into the vein, characterized in that a balloon with at least one cutting element for cutting at least part of the inner wall of the vein is arranged on the proximal end of the catheter.
An article subject to ice formation and erosive conditions, comprising: a core having a first hardness; and a surface on the core , the surface including a plurality of geometric features having a second, greater hardness and defining a surface porosity by area percent (SP) and a surface solidity by area percent (SS), the surface including a ratio of SS/SP that is 1.8 or greater, the plurality of geometric features and the ratio establishing the surface to be hydrophobic such that the surface would not be hydrophobic in absence of the plurality of geometric features or the ratio, and the second, greater hardness and the ratio establishing an erosion rate of the surface that is equal to or less than an erosion rate of the core under identical erosion conditions such that the erosion rate of the surface would not be equal to or less than an erosion rate of the core in absence of the second, greater hardness or the ratio; wherein each of the plurality of geometric features extends along a respective central axis (A 1 , A 2 ) from a base at the core to a free end , the base defining a reference plane (P), the plurality of geometric features comprising first geometric features and second geometric features , the first geometric features extending along a first central axis (A 1 ) and the second geometric features extending along a second central axis (A 2 ), the first and second central axes (A 1 ,A 2 ) being at a respective angle (α 1 ,α 2 ) to the reference plane (P), characterised in that said angles (α 1 ,α 2 ) are non-perpendicular to the reference plane (P) and non-equivalent to each other. a core having a first hardness; and a surface on the core , the surface including a plurality of geometric features having a second, greater hardness and defining a surface porosity by area percent (SP) and a surface solidity by area percent (SS), the surface including a ratio of SS/SP that is 1.8 or greater, the plurality of geometric features and the ratio establishing the surface to be hydrophobic such that the surface would not be hydrophobic in absence of the plurality of geometric features or the ratio, and the second, greater hardness and the ratio establishing an erosion rate of the surface that is equal to or less than an erosion rate of the core under identical erosion conditions such that the erosion rate of the surface would not be equal to or less than an erosion rate of the core in absence of the second, greater hardness or the ratio; wherein each of the plurality of geometric features extends along a respective central axis (A 1 , A 2 ) from a base at the core to a free end , the base defining a reference plane (P), the plurality of geometric features comprising first geometric features and second geometric features , the first geometric features extending along a first central axis (A 1 ) and the second geometric features extending along a second central axis (A 2 ), the first and second central axes (A 1 ,A 2 ) being at a respective angle (α 1 ,α 2 ) to the reference plane (P), characterised in that said angles (α 1 ,α 2 ) are non-perpendicular to the reference plane (P) and non-equivalent to each other.
An intraocular lens composed of a copolymer that includes an acrylate-based monomer component A and a methacrylate-based monomer component B as constituent components, the intraocular lens comprising: a surface portion that includes a surface of the copolymer; and a central portion closer to a center than the surface portion, wherein the surface portion forms a methacrylate-rich layer containing a higher content of the monomer component B, as a monomer component, than that in the central portion. a surface portion that includes a surface of the copolymer; and a central portion closer to a center than the surface portion, wherein the surface portion forms a methacrylate-rich layer containing a higher content of the monomer component B, as a monomer component, than that in the central portion.
A method for producing a stack of the first electrode/active layer/second electrode type intended for an electronic device, in particular of the organic photodetector or organic solar cell type, comprising the following successive steps: (a) depositing a first layer of conductive material onto the front side of a substrate, in order to form the first electrode; (b) depositing an active layer , taking the form of a thin organic semiconductive layer, said layer comprising discontinuous areas ; (d) depositing a resist layer onto the side of the stack that is opposite the substrate, which substrate is at least partially transparent; (e) exposing the resist layer via the back side of said substrate, the first electrode being opaque at the wavelength used for the exposure of the resist layer , the resist being exposed in areas corresponding to areas where the first electrode is not present; (f) developing the resist layer; and (g) depositing a second layer of conductive material in order to form the conductive second electrode, characterised in that the resist is positive, with step (f) leading to the formation of holes in the resist layer at the discontinuous areas , the method comprising two additional steps between steps (f) and (g), a step (j) of depositing an electrically insulating passivation layer onto the resist layer and the active layer , at the holes so as to conform to the surface of the stack, and a step (k) of removing the resist. (a) depositing a first layer of conductive material onto the front side of a substrate, in order to form the first electrode; (b) depositing an active layer , taking the form of a thin organic semiconductive layer, said layer comprising discontinuous areas ; (d) depositing a resist layer onto the side of the stack that is opposite the substrate, which substrate is at least partially transparent; (e) exposing the resist layer via the back side of said substrate, the first electrode being opaque at the wavelength used for the exposure of the resist layer , the resist being exposed in areas corresponding to areas where the first electrode is not present; (f) developing the resist layer; and (g) depositing a second layer of conductive material in order to form the conductive second electrode,
A heat exchanger, comprising a heat exchanging section and an anti-icing section located below the heat exchanging section , the heat exchanging section and the anti-icing section including a heat exchanger tube and a heat exchanger tube , respectively, each of the heat exchanger tubes being comprised of a multi-bored flat tube which extends horizontally, is flat in the vertical direction, and includes therein a plurality of refrigerant channels, characterized in that the anti-icing section has a refrigerant inlet end communicating with a liquid refrigerant pipe of a refrigerant circuit , the heat exchanging section has a refrigerant inlet end communicating with the liquid refrigerant pipe via a throttle mechanism , characterized in that a refrigerant flowing through the liquid refrigerant pipe is divided into a refrigerant flow to pass through the throttle mechanism to flow to the heat exchange section and a refrigerant flow flowing into the anti-icing section without passing through the throttle mechanism , and the anti-icing section has a refrigerant outlet end communicating with a portion downstream of the throttle mechanism , so that the refrigerant flow passing through the anti-icing section meets the refrigerant flow passing through the throttle mechanism .
A motorizing device for moving an aircraft (A) equipped with a landing device (L) having wheels (W) on the ground, the motorizing device comprising at least one electric motor having an output shaft provided with means for its rotational connection to at least one of the wheels (W) of the landing device for driving said wheel in rotation, and an electronic control unit connected on the one hand to the motor to control it and on the other hand to a control interface comprising a control element that the aircraft pilot can move to transmit control signals which the electronic control unit is arranged to transform into motor control signals, the control unit being arranged to implement a first control law having determined dynamics to promote an aircraft movement speed and a second control law having dynamics to promote aircraft manoeuvrability, characterized in that the first control law determines a predetermined acceleration greater than an acceleration determined by the second control law for the same movement amplitude of the control element .
A watercraft propulsion system comprising: a first propulsion device (EMs, EMp) configured to be attachable to a hull of a watercraft in a steerable manner; a second propulsion device (EMp, EMs) configured to be attachable to the hull in a steerable manner; a first steering device configured to steer the first propulsion device (EMs, EMp); a second steering device configured to steer the second propulsion device (EMp, EMs); and Z r charactered in that it further comprises a controller configured or programmed to control the first propulsion device (EMs, EMp), the second propulsion device (EMp, EMs), the first steering device , and the second steering device , and configured or programmed to determine whether or not a predetermined load torque increase condition is satisfied in which a steering load torque of the second propulsion device (EMp, EMs) is likely to be increased by a water jet generated by the first propulsion device (EMs, EMp), and to perform a propulsive force restricting control (S3) to restrict a propulsive force of the first propulsion device (EMs, EMp) and a propulsive force of the second propulsion device (EMp, EMs) if it is determined that the predetermined load torque increase condition is satisfied. a first propulsion device (EMs, EMp) configured to be attachable to a hull of a watercraft in a steerable manner; a second propulsion device (EMp, EMs) configured to be attachable to the hull in a steerable manner; a first steering device configured to steer the first propulsion device (EMs, EMp); a second steering device configured to steer the second propulsion device (EMp, EMs); and Z r charactered in that it further comprises a controller configured or programmed to control the first propulsion device (EMs, EMp), the second propulsion device (EMp, EMs), the first steering device , and the second steering device , and configured or programmed to determine whether or not a predetermined load torque increase condition is satisfied in which a steering load torque of the second propulsion device (EMp, EMs) is likely to be increased by a water jet generated by the first propulsion device (EMs, EMp), and to perform a propulsive force restricting control (S3) to restrict a propulsive force of the first propulsion device (EMs, EMp) and a propulsive force of the second propulsion device (EMp, EMs) if it is determined that the predetermined load torque increase condition is satisfied.
A system for encoding a video data stream, said system characterised by : a first determinator adapted to examine the video data stream and determine attributes associated with the video data stream; a first header encoder adapted to receive the attributes from the first determinator and encode a stream header identifying stream syntax, said stream header being encoded in a markup language and including a markup language tag identifying each attribute and providing instructions on processing data representing the attribute; and a multiplexer adapted to combine the encoded stream header with the video data stream to form a data stream, wherein the multiplexer is adapted to insert the encoded stream header prior to frames of the video data stream. a first determinator adapted to examine the video data stream and determine attributes associated with the video data stream; a first header encoder adapted to receive the attributes from the first determinator and encode a stream header identifying stream syntax, said stream header being encoded in a markup language and including a markup language tag identifying each attribute and providing instructions on processing data representing the attribute; and a multiplexer adapted to combine the encoded stream header with the video data stream to form a data stream, wherein the multiplexer is adapted to insert the encoded stream header prior to frames of the video data stream.