mhurhangee/patent-ind-claim-en huggingface dataset:
An inkjet printing system , comprising: an inkjet printhead comprising an ink via and a plurality of inkjet nozzles (L 1 -L 8 , R 1 -R 8 ), the plurality of inkjet nozzles (L 1 -L 8 , R 1 -R 8 ) being arranged on opposing sides of the ink via and vertically offset from each other; an ink concentration calculation system configured to determine a pigment concentration of ink ejected by the inkjet printhead relative to an initial pigment concentration of the ink; and a control module operatively connected and configured to receive information from the ink concentration calculation system and configured to determine, based on the information, a firing pattern for the inkjet printhead to decrease a dot coverage over a print medium area with increase of the relative pigment concentration of the ink, by selectively ejecting the ink from the plurality of inkjet nozzles (L 1 -L 8 , R 1 -R 8 ). an inkjet printhead comprising an ink via and a plurality of inkjet nozzles (L 1 -L 8 , R 1 -R 8 ), the plurality of inkjet nozzles (L 1 -L 8 , R 1 -R 8 ) being arranged on opposing sides of the ink via and vertically offset from each other; an ink concentration calculation system configured to determine a pigment concentration of ink ejected by the inkjet printhead relative to an initial pigment concentration of the ink; and a control module operatively connected and configured to receive information from the ink concentration calculation system and configured to determine, based on the information, a firing pattern for the inkjet printhead to decrease a dot coverage over a print medium area with increase of the relative pigment concentration of the ink, by selectively ejecting the ink from the plurality of inkjet nozzles (L 1 -L 8 , R 1 -R 8 ).
A disk brake for a utility vehicle, having a) a brake calliper that engages over a brake disk and is preferably designed as a sliding calliper, which is in turn arranged on a positionally fixed brake carrier and has an application device for applying the brake, b) two brake pads , each of which has a pad carrier to which a friction pad is fixed, one of these brake pads being an application-side brake pad that can be pressed against the brake disk by means of the application device on one side of the brake disk , and the other being a reaction-side brake pad that is arranged on the opposite side of the brake disk , the two brake pads each being inserted in a pad slot , c) the brake calliper having above the brake disk a central calliper opening , through which the two brake pads can be inserted into their respective pad slots, characterised in that d) there is provided a hold-down clip that is designed so as to radially secure only one of the two brake pads in its pad slot , and e) the end of the hold-down clip averted from the brake pad is held on the brake calliper . a) a brake calliper that engages over a brake disk and is preferably designed as a sliding calliper, which is in turn arranged on a positionally fixed brake carrier and has an application device for applying the brake, b) two brake pads , each of which has a pad carrier to which a friction pad is fixed, one of these brake pads being an application-side brake pad that can be pressed against the brake disk by means of the application device on one side of the brake disk , and the other being a reaction-side brake pad that is arranged on the opposite side of the brake disk , the two brake pads each being inserted in a pad slot , c) the brake calliper having above the brake disk a central calliper opening , through which the two brake pads can be inserted into their respective pad slots, characterised in that d) there is provided a hold-down clip that is designed so as to radially secure only one of the two brake pads in its pad slot , and e) the end of the hold-down clip averted from the brake pad is held on the brake calliper .
A method comprising: accelerating one or more first projectiles into contact with a first region of geologic material, wherein: the geologic material includes a second region that encloses the first region; and a first interaction between the one or more first projectiles and the first region weakens geologic material at the first region and forms a first void by displacing geologic material; determining data indicative of propagation of an acoustic signal associated with the first interaction through the geologic material; determining a characteristic of one or more of the first region or the second region of the geologic material based on the data indicative of the propagation of the acoustic signal ; determining one or more of a projectile characteristic , a firing characteristic , or a location within the geologic material based on the characteristic of the one or more of the first region or the second region of the geologic material; and causing one or more of: movement of a cutting tool to contact the location, acceleration of one or more second projectiles toward the location using the firing characteristic , or use of the one or more second projectiles comprising the projectile characteristic to contact the location. accelerating one or more first projectiles into contact with a first region of geologic material, wherein: the geologic material includes a second region that encloses the first region; and a first interaction between the one or more first projectiles and the first region weakens geologic material at the first region and forms a first void by displacing geologic material; the geologic material includes a second region that encloses the first region; and a first interaction between the one or more first projectiles and the first region weakens geologic material at the first region and forms a first void by displacing geologic material; determining data indicative of propagation of an acoustic signal associated with the first interaction through the geologic material; determining a characteristic of one or more of the first region or the second region of the geologic material based on the data indicative of the propagation of the acoustic signal ; determining one or more of a projectile characteristic , a firing characteristic , or a location within the geologic material based on the characteristic of the one or more of the first region or the second region of the geologic material; and causing one or more of: movement of a cutting tool to contact the location, acceleration of one or more second projectiles toward the location using the firing characteristic , or use of the one or more second projectiles comprising the projectile characteristic to contact the location. movement of a cutting tool to contact the location, acceleration of one or more second projectiles toward the location using the firing characteristic , or use of the one or more second projectiles comprising the projectile characteristic to contact the location.
A computer-implemented method of producing a program to operate a multihead composite material application machine to produce a composite part, comprising: receiving a plurality of path definitions assigned to a plurality of composite material application heads associated with a tool carriage on the multihead composite material application machine, the plurality of path definitions including a first path definition assigned to a first composite material application head of the plurality of composite material application heads on the multihead composite material application machine; determining a median pathway relative to the plurality of path definitions; defining a constellation configuration, which is a configuration of the composite material application heads of the tool carriage, based upon the median pathway; assigning the first composite material application head to a first constellation position in response to determining the constellation configuration; computing a plurality of first machine axis position solutions based at least in part on the first path definition to control the first composite material application head; adding a profile to start a composite material feed mechanism and accelerate the composite material feed rate to match the velocity of the surface of the composite part relative to the material application heads; and writing a computer numerical control output data file based at least in part on the machine axis position solutions. receiving a plurality of path definitions assigned to a plurality of composite material application heads associated with a tool carriage on the multihead composite material application machine, the plurality of path definitions including a first path definition assigned to a first composite material application head of the plurality of composite material application heads on the multihead composite material application machine; determining a median pathway relative to the plurality of path definitions; defining a constellation configuration, which is a configuration of the composite material application heads of the tool carriage, based upon the median pathway; assigning the first composite material application head to a first constellation position in response to determining the constellation configuration; computing a plurality of first machine axis position solutions based at least in part on the first path definition to control the first composite material application head; adding a profile to start a composite material feed mechanism and accelerate the composite material feed rate to match the velocity of the surface of the composite part relative to the material application heads; and writing a computer numerical control output data file based at least in part on the machine axis position solutions.
A window system for media viewing, comprising: a tintable window having at least a bleached state and a tinted state; a display construct configured to display electronic media content, which display construct is disposed adjacent to and registered with the tintable window such that a user is able to view, through (i) the display construct and (ii) the tintable window at least when the tintable window is in the bleached state, which display construct is transparent at least in part; and a display circuitry directly wired to the display construct, which display circuitry is installed so as to be at least partially and reversibly accessible even during its operation. a tintable window having at least a bleached state and a tinted state; a display construct configured to display electronic media content, which display construct is disposed adjacent to and registered with the tintable window such that a user is able to view, through (i) the display construct and (ii) the tintable window at least when the tintable window is in the bleached state, which display construct is transparent at least in part; and a display circuitry directly wired to the display construct, which display circuitry is installed so as to be at least partially and reversibly accessible even during its operation.
A coupling for establishing a press connection between two pipes, consisting of a rotationally symmetrical bushing-like coupling sleeve which contains both pipe ends , said sleeve including collars (3.3, 3.4) and a central two-step collar , and two axially displaceable press sleeves which encompass the coupling sleeve , the press sleeves capable of being connected using a press tool, characterized in that the coupling comprises a one-piece cylindrical support sleeve which is located inside of and at both ends of the pipe ends to be connected and which comprises a central collar (6.1) molded on radially outwardly with opposing end faces (6.1.1), and respective molded-on areas (6.2) with longitudinal grooves (6.2.1) at the outer end on both sides of the collar (6.1), a plurality of annular recesses (6.3) separated from each other on the outer casing, the recesses being radially inwardly molded and being separated from one another by radial outwardly molded-on annular support surfaces (6.4), and an end face (6.5) with a bevel (6.6) which slopes inwardly, and that the central two-step collar of the coupling sleeve comprises a radially outwardly directed central collar (4.3) at the inner surface of the two-step collar, said outwardly directed collar having end faces (4.3.1) running on both sides, the width of the outwardly directed collar corresponding to the width of the collar (6.1) of the support sleeve .
A system for an assistive device , the system comprising: a. a proximal connector attachable to a liner , the proximal connector having a distal planar surface ; b. a plurality of proximal magnets arranged on the proximal connector at the distal planar surface ; c. a distal connector having a proximal planar surface ; and d. a plurality of distal magnets arranged on the distal connector at the proximal planar surface ; e. a plurality of compliance components configured for compliance for damping under external load forces, wherein each of the compliance components is fitted behind one of the proximal magnets or behind one of the distal magnets such that a proximal magnet or a distal magnet is located between each compliance component and a respective one of the planar surfaces at the proximal and distal connectors ; wherein the proximal connector and the distal connector are configured so that one or more electrical signals can be transmitted between the proximal connector and the distal connector through at least one of the plurality of the proximal magnets and at least one of the plurality of distal magnets when the proximal connector and the distal connector are magnetically attached. a. a proximal connector attachable to a liner , the proximal connector having a distal planar surface ; b. a plurality of proximal magnets arranged on the proximal connector at the distal planar surface ; c. a distal connector having a proximal planar surface ; and d. a plurality of distal magnets arranged on the distal connector at the proximal planar surface ; e. a plurality of compliance components configured for compliance for damping under external load forces, wherein each of the compliance components is fitted behind one of the proximal magnets or behind one of the distal magnets such that a proximal magnet or a distal magnet is located between each compliance component and a respective one of the planar surfaces at the proximal and distal connectors ;
An ultrasonic deburring device , which is configured to remove burrs by immersing a molded product having burrs in deburring washing water and radiating ultrasonic waves to the deburring washing water, the ultrasonic deburring device comprising: a washing water storage tank configured to store the deburring washing water to a height of 1.25λ mm when a wavelength of an ultrasonic wave to be radiated is set to λ mm; ultrasonic wave radiating means , which is arranged on a bottom surface side of the washing water storage tank and capable of radiating ultrasonic waves, which have a frequency range of from 18 KHz to 28 KHz and power density of 2 W/cm 2 or higher, to the deburring washing water; oscillating means configured to allow the molded product immersed in the deburring washing water to vertically move with a stroke of at least 1/2 λ mm in a vertical direction; degasifying means configured to degasify the deburring washing water to have an amount of dissolved oxygen of 1 mg/litter or less; water cooling means configured to cool the deburring washing water and maintain a temperature of the deburring washing water from 4°C to 8°C; and shielding means arranged in the washing water storage tank and configured to allow the deburring washing water to flow on a water surface of the deburring washing water to prevent dissolved oxygen in the deburring washing water in the storage tank from being increased. a washing water storage tank configured to store the deburring washing water to a height of 1.25λ mm when a wavelength of an ultrasonic wave to be radiated is set to λ mm; ultrasonic wave radiating means , which is arranged on a bottom surface side of the washing water storage tank and capable of radiating ultrasonic waves, which have a frequency range of from 18 KHz to 28 KHz and power density of 2 W/cm 2 or higher, to the deburring washing water; oscillating means configured to allow the molded product immersed in the deburring washing water to vertically move with a stroke of at least 1/2 λ mm in a vertical direction; degasifying means configured to degasify the deburring washing water to have an amount of dissolved oxygen of 1 mg/litter or less; water cooling means configured to cool the deburring washing water and maintain a temperature of the deburring washing water from 4°C to 8°C; and shielding means arranged in the washing water storage tank and configured to allow the deburring washing water to flow on a water surface of the deburring washing water to prevent dissolved oxygen in the deburring washing water in the storage tank from being increased.
A sorbent composition in powder form, comprising calcium hydroxide (Ca(OH) 2 ), magnesium hydroxide (Mg(OH) 2 ) and magnesium oxide (MgO), said composition having a specific surface BET area greater than 20 m 2 /g, preferably greater than 25 m 2 /g, even more preferably greater than 35 m 2 /g, wherein said magnesium oxide (MgO) is present in such an amount that the ratio between the weight of the magnesium oxide (MgO) and the total weight of the calcium and magnesium hydroxide (MgO/ (Ca(OH) 2 + Mg (OH) 2 )) is within the range of 0.15-0.40, even more preferably within the range of 0.22-0.38.
Roof arrangement for a vehicle roof with a roof opening , having - a movable roof element for optionally closing or at least partially opening the roof opening , wherein the roof element is held by a frame , - a first strand-like sealing profile - a second strand-like sealing profile which is formed separately from the first sealing profile , wherein - the first sealing profile is configured for sealing in relation to the movable roof element and is fastenable to the vehicle roof , and - the second sealing profile is fastened to the frame and is configured for sealing in relation to the frame , characterized in that the second sealing profile has a drip lip which lies against the frame . - a movable roof element for optionally closing or at least partially opening the roof opening , wherein the roof element is held by a frame , - a first strand-like sealing profile - a second strand-like sealing profile which is formed separately from the first sealing profile , wherein - the first sealing profile is configured for sealing in relation to the movable roof element and is fastenable to the vehicle roof , and - the second sealing profile is fastened to the frame and is configured for sealing in relation to the frame , characterized in that the second sealing profile has a drip lip which lies against the frame .
Rescue device comprising a base ; a plurality of protective panels , at least one protective panel having a shell shape with a main body , at least a top protrusion and at least one side protrusion , such that a protective space is formed, the protective space being suitable for a person to be housed in, such that the main body and the at least one side protrusion are suitable for protecting the protective space from an impact coming from directions parallel to the base , and the top protrusion is suitable for protecting the protective space from an impact coming from a direction perpendicular to the base ; and hand gripping elements , characterized in that at least one protective panel comprises seating means . a base ; a plurality of protective panels , at least one protective panel having a shell shape with a main body , at least a top protrusion and at least one side protrusion , such that a protective space is formed, the protective space being suitable for a person to be housed in, such that the main body and the at least one side protrusion are suitable for protecting the protective space from an impact coming from directions parallel to the base , and the top protrusion is suitable for protecting the protective space from an impact coming from a direction perpendicular to the base ; and hand gripping elements ,
Battery electric vehicle, comprising: a vehicle assembly , and a wireless charging device for charging the battery electric vehicle, the wireless charging device comprising a vehicle charging pad , configured for charging the battery electric vehicle; and a movable arm assembly , configured for moving the charging pad in a vertical direction (V), vertical to the battery electric vehicle, and a transverse direction (T), transverse to a driving direction of the battery electric vehicle, from a stored position (S) to a deployed position (D); wherein the movable arm assembly being configured to move the charging pad from the stored position (S) to the deployed position (D) along a trajectory (P); the trajectory (P) having the shape of a pendulum swing; and the vehicle charging pad being disposed in a horizontal orientation while moving along the trajectory (P). a vehicle charging pad , configured for charging the battery electric vehicle; and a movable arm assembly , configured for moving the charging pad in a vertical direction (V), vertical to the battery electric vehicle, and a transverse direction (T), transverse to a driving direction of the battery electric vehicle, from a stored position (S) to a deployed position (D); wherein the movable arm assembly being configured to move the charging pad from the stored position (S) to the deployed position (D) along a trajectory (P); the trajectory (P) having the shape of a pendulum swing; and the vehicle charging pad being disposed in a horizontal orientation while moving along the trajectory (P).