mhurhangee/patent-ind-claim-en huggingface dataset:
A furniture fitting for supporting a furniture part movably-mounted relative to a furniture carcass , comprising: - a first fitting portion configured to be fixed to the furniture carcass , - a second fitting portion configured to be fixed to the movable furniture part , the first fitting portion and the second fitting portion being hingedly connected to one another, - wherein the first fitting portion includes at least one mounting body for fixing the first fitting portion to the furniture carcass , and a carrier , a position of the carrier being configured to be adjusted relative to the mounting body , wherein at least one pivotally supported actuating arm is arranged on the carrier , and a spring device is provided for applying a force to the at least one actuating arm , wherein an adjustment device with three operating elements is provided, and a position of the carrier relative to the mounting body can be adjusted by each of the operating elements , characterized in that the mounting body includes a fastening side for fixing the mounting body to a, preferably substantially horizontally aligned, furniture panel of the furniture carcass , and a front side extending substantially perpendicular to the fastening side , wherein each of the operating elements is configured to be actuated from the front side of the mounting body , preferably with the aid of a tool, wherein the front side of the mounting body faces towards the second fitting portion in a closed condition of the furniture fitting and is aligned substantially parallel to a front face of the furniture carcass in a fixed condition of the furniture fitting , wherein the mounting body is configured to be releasably locked with a housing or holding plate of the furniture fitting , the housing or holding plate being configured to be pre-mounted to the furniture carcass , so that the mounting body can be coupled to the housing or holding plate pre-mounted to the furniture carcass without the use of a tool. - a first fitting portion configured to be fixed to the furniture carcass , - a second fitting portion configured to be fixed to the movable furniture part , the first fitting portion and the second fitting portion being hingedly connected to one another, - wherein the first fitting portion includes at least one mounting body for fixing the first fitting portion to the furniture carcass , and a carrier , a position of the carrier being configured to be adjusted relative to the mounting body , wherein at least one pivotally supported actuating arm is arranged on the carrier , and a spring device is provided for applying a force to the at least one actuating arm , wherein an adjustment device with three operating elements is provided, and a position of the carrier relative to the mounting body can be adjusted by each of the operating elements ,
System for spraying particles (P) onto a substrate , characterised in that it comprises: - at least one reactor comprising at least one inlet for liquid reagents (R1, R2), a reaction zone , as well as a zone for the collection of the particles (P) produced from the liquid reagents in the reaction zone; - a dispensing device allowing the particles (P) to be sprayed onto the substrate ; and - means for guiding the particles (P) from said collection zone towards said dispensing device , and in that it also comprises: - a collector of said particles (P); - a collector of additive elements (Ai); - a zone for the mixing of the particles (P) and of the additive elements (Ai); - a nozzle for the spraying of the mixture of particles and of additive elements. - at least one reactor comprising at least one inlet for liquid reagents (R1, R2), a reaction zone , as well as a zone for the collection of the particles (P) produced from the liquid reagents in the reaction zone; - a dispensing device allowing the particles (P) to be sprayed onto the substrate ; and - means for guiding the particles (P) from said collection zone towards said dispensing device , - a collector of said particles (P); - a collector of additive elements (Ai); - a zone for the mixing of the particles (P) and of the additive elements (Ai); - a nozzle for the spraying of the mixture of particles and of additive elements.
A hydraulic system comprising: a hydraulic actuator including a first chamber and a second chamber ; a first counter-balance valve fluidly connected to the first chamber at a first node ; a second counter-balance valve fluidly connected to the second chamber at a second node ; and a first valve fluidly connected to a pilot of the first counter-balance valve at a fifth node and fluidly connected to the second counter-balance valve at a fourth node , a first control valve fluidly connected to the first counter-balance valve at a third node ; a second control valve fluidly connected to the second counter-balance valve at the fourth node ; wherein the first valve includes a first configuration and a second configuration, wherein the first configuration allows fluid flow between the fourth node and the fifth node , and wherein the second configuration blocks fluid flow from the fourth node to the fifth node and allows fluid flow from the fifth node to the fourth node . a hydraulic actuator including a first chamber and a second chamber ; a first counter-balance valve fluidly connected to the first chamber at a first node ; a second counter-balance valve fluidly connected to the second chamber at a second node ; and a first valve fluidly connected to a pilot of the first counter-balance valve at a fifth node and fluidly connected to the second counter-balance valve at a fourth node , a first control valve fluidly connected to the first counter-balance valve at a third node ; a second control valve fluidly connected to the second counter-balance valve at the fourth node ;
A collision prevention system for a vehicle , the system comprising: a first sensor operable to monitor a dimension of the vehicle ; a second sensor for detecting a dimension of an approaching obstacle ; and a controller couplable to the first sensor and the second sensor ; wherein the controller is operable to: compare the dimension of the vehicle monitored by the first sensor with the dimension of the approaching obstacle detected by the second sensor ; and in response to a determination that the comparison of the dimension of the vehicle with the dimension of the approaching obstacle indicates a collision between the vehicle and the obstacle is possible, performing a collision prevention action, characterized in that the collision prevention action comprises a pre-emptive collision prevention action to prevent a dimension of the vehicle increasing beyond a safe dimension threshold associated with the dimension of the approaching obstacle as the vehicle approaches the obstacle , the pre-emptive collision prevention action comprising denying a driver or passenger request to open a window or sunroof of the vehicle . a first sensor operable to monitor a dimension of the vehicle ; a second sensor for detecting a dimension of an approaching obstacle ; and a controller couplable to the first sensor and the second sensor ; compare the dimension of the vehicle monitored by the first sensor with the dimension of the approaching obstacle detected by the second sensor ; and in response to a determination that the comparison of the dimension of the vehicle with the dimension of the approaching obstacle indicates a collision between the vehicle and the obstacle is possible, performing a collision prevention action,
Method for monitoring the tread depth of at least one vehicle tyre, which method comprises using a model calculation to determine an optimum measurement time for the tread depth, the optimum measurement time selected being a time at which a likelihood of survival of the vehicle tyre calculated by means of the model has a specified value, wherein the model is based on a survival function that can be used to ascertain the time or mileage at which the likelihood of survival of the vehicle tyre has the specified value, and wherein the survival function indicates the likelihood of a vehicle tyre still being roadworthy at a specified time or with a specified mileage. wherein the model is based on a survival function that can be used to ascertain the time or mileage at which the likelihood of survival of the vehicle tyre has the specified value, and wherein the survival function indicates the likelihood of a vehicle tyre still being roadworthy at a specified time or with a specified mileage.
A machine for handling waste material, the machine comprising an upper conveyor member with a conveying portion of a first width, a downstream lower conveyor member with a receiving portion of equal or greater width and an apparatus for distributing material from the upper conveyor member to the downstream lower conveyor member, wherein the apparatus comprises: oscillating means , a drive mechanism connected to the oscillating means; and a protruding element attached to the oscillating means for oscillatory movement thereof, wherein the protruding element is a reciprocating attachment adapted to oscillate in a direction transverse to the direction in which it extends, characterised in that the apparatus is mountable between the conveying portion of the upper conveyor member and the receiving portion of the downstream lower conveyor member such that the protruding element extends either substantially in the direction of conveyance of the downstream conveyor member or both in the direction of conveyance of the upper conveyor member and opposite to the direction of conveyance of the downstream conveyor member; and wherein, in use, the oscillating protruding element oscillates in a direction transverse to the direction of conveyance of the downstream conveyor member at a speed of from 50 oscillations per minute to 250 oscillations per minute and agitates material being transferred from the upper conveyor member to the downstream lower conveyor member. oscillating means , a drive mechanism connected to the oscillating means; and a protruding element attached to the oscillating means for oscillatory movement thereof, wherein the protruding element is a reciprocating attachment adapted to oscillate in a direction transverse to the direction in which it extends, characterised in that the apparatus is mountable between the conveying portion of the upper conveyor member and the receiving portion of the downstream lower conveyor member such that the protruding element extends either substantially in the direction of conveyance of the downstream conveyor member or both in the direction of conveyance of the upper conveyor member and opposite to the direction of conveyance of the downstream conveyor member; and wherein, in use, the oscillating protruding element oscillates in a direction transverse to the direction of conveyance of the downstream conveyor member at a speed of from 50 oscillations per minute to 250 oscillations per minute and agitates material being transferred from the upper conveyor member to the downstream lower conveyor member.
A light-receiving device comprising: a photoelectric conversion layer including a Group III-V semiconductor; a plurality of first electrically-conductive type regions into which signal charges generated in the photoelectric conversion layer move, wherein each of the first electrically-conductive type regions is in contact with and stacked on one side of the photoelectric conversion layer along a thickness direction; and a plurality of second electrically-conductive type regions , each of the second electrically-conductive type regions penetrating through the photoelectric conversion layer in the thickness direction and provided between adjacent ones of the first electrically-conductive type regions , wherein each of the second electrically-conductive type regions embeds a wall-like light-blocking structure , a diffusion source film covering the wall-like light-blocking structure and a wall-like insulating film formed between the diffusion source film and the wall-like light-blocking structure , wherein the photoelectric conversion layer includes a second electrically-conductive type and each of the second electrically-conductive type regions has a higher impurity concentration than the photoelectric conversion layer . a photoelectric conversion layer including a Group III-V semiconductor; a plurality of first electrically-conductive type regions into which signal charges generated in the photoelectric conversion layer move, wherein each of the first electrically-conductive type regions is in contact with and stacked on one side of the photoelectric conversion layer along a thickness direction; and a plurality of second electrically-conductive type regions , each of the second electrically-conductive type regions penetrating through the photoelectric conversion layer in the thickness direction and provided between adjacent ones of the first electrically-conductive type regions , wherein each of the second electrically-conductive type regions embeds a wall-like light-blocking structure , a diffusion source film covering the wall-like light-blocking structure and a wall-like insulating film formed between the diffusion source film and the wall-like light-blocking structure , wherein the photoelectric conversion layer includes a second electrically-conductive type and each of the second electrically-conductive type regions has a higher impurity concentration than the photoelectric conversion layer .
A compressor shroud assembly in a turbine engine having a dynamically moveable impeller shroud for encasing a rotatable centrifugal compressor and maintaining a clearance gap between the shroud and the rotatable centrifugal compressor, said assembly comprising: a static compressor casing ; an air piston mounted to said casing, said piston comprising a chamber adapted to receive actuating air and an aft extending mounting arm which moves axially substantially maintaining a radial alignment when said piston is actuated; and an impeller shroud slidably coupled at a forward end to said casing and mounted proximate an aft end to said piston mounting arm, said impeller shroud moving relative to the rotatable centrifugal compressor in an axial direction while substantially maintaining a radial alignment when said air piston is actuated. a static compressor casing ; an air piston mounted to said casing, said piston comprising a chamber adapted to receive actuating air and an aft extending mounting arm which moves axially substantially maintaining a radial alignment when said piston is actuated; and an impeller shroud slidably coupled at a forward end to said casing and mounted proximate an aft end to said piston mounting arm, said impeller shroud moving relative to the rotatable centrifugal compressor in an axial direction while substantially maintaining a radial alignment when said air piston is actuated.
An array of packages comprising two or more different sizes of disposable absorbent articles , the array comprising: a first package comprising a first disposable absorbent article, the first absorbent article comprising a first topsheet , a first backsheet , a first absorbent core comprising channels , and a first pair of side seams (280a,b), the first absorbent article being a first size and in closed form; a second package comprising a second disposable absorbent article, the second absorbent article comprising a second topsheet, a second backsheet, a second absorbent core comprising channels, and a second pair of side seams, the second absorbent article being a second size and in closed form; wherein the second size is larger than the first size; wherein a Channel Spacing (CS) of the first size is greater than a Channel Spacing of the second size; and wherein the first package and the second package are in the same array. a first package comprising a first disposable absorbent article, the first absorbent article comprising a first topsheet , a first backsheet , a first absorbent core comprising channels , and a first pair of side seams (280a,b), the first absorbent article being a first size and in closed form; a second package comprising a second disposable absorbent article, the second absorbent article comprising a second topsheet, a second backsheet, a second absorbent core comprising channels, and a second pair of side seams, the second absorbent article being a second size and in closed form; wherein the second size is larger than the first size; wherein a Channel Spacing (CS) of the first size is greater than a Channel Spacing of the second size; and wherein the first package and the second package are in the same array.
Control method for braking a utility vehicle (N) having at least one electric motor (E), comprising the following steps: a. receiving a deceleration request by a braking system ; b. calculating at least one braking torque by a control device ; c. generating the braking torque calculated in step b) by the at least one electric motor (E); d. repeatedly determining the brake slip on at least one wheel (R) of the utility vehicle (N); e. if the brake slip of a wheel determined in step d) reaches a predetermined stability-critical limit value (G) or if the braking torque calculated in step b) exceeds the maximum braking torque of the electric motor (E): distributing the braking torque calculated in step b) to the at least one electric motor (E) and at least one further brake (S). a. receiving a deceleration request by a braking system ; b. calculating at least one braking torque by a control device ; c. generating the braking torque calculated in step b) by the at least one electric motor (E); d. repeatedly determining the brake slip on at least one wheel (R) of the utility vehicle (N); e. if the brake slip of a wheel determined in step d) reaches a predetermined stability-critical limit value (G) or if the braking torque calculated in step b) exceeds the maximum braking torque of the electric motor (E): distributing the braking torque calculated in step b) to the at least one electric motor (E) and at least one further brake (S).
A medical imaging system, particularly a CT or MRI apparatus , comprising: (a) a patient table on which a patient can be disposed; (b) a scanning device with a bore into which the patient table can be moved; (c) a system for creating an ambient experience for a patient on the patient table, said system comprising: - a display for displaying an image content; - an illumination device for illuminating the surroundings of the patient with polarized light, wherein light from the illumination device (λI) has another polarization than light from the displayed image content; - a viewing aid for directing light from the display to the eyes of the patient, wherein said viewing aid comprises a polarization filter and is designed to interact optically differently with light (λI) from the illumination device than with light (λD) from the display based on the fact that illumination light (λI) has another polarization than light from the displayed image content. (a) a patient table on which a patient can be disposed; (b) a scanning device with a bore into which the patient table can be moved; (c) a system for creating an ambient experience for a patient on the patient table, said system comprising: - a display for displaying an image content; - an illumination device for illuminating the surroundings of the patient with polarized light, wherein light from the illumination device (λI) has another polarization than light from the displayed image content; - a viewing aid for directing light from the display to the eyes of the patient, wherein said viewing aid comprises a polarization filter and is designed to interact optically differently with light (λI) from the illumination device than with light (λD) from the display based on the fact that illumination light (λI) has another polarization than light from the displayed image content. - a display for displaying an image content; - an illumination device for illuminating the surroundings of the patient with polarized light, wherein light from the illumination device (λI) has another polarization than light from the displayed image content; - a viewing aid for directing light from the display to the eyes of the patient, wherein said viewing aid comprises a polarization filter and is designed to interact optically differently with light (λI) from the illumination device than with light (λD) from the display based on the fact that illumination light (λI) has another polarization than light from the displayed image content.
A device for modulating the transmission of light from a light source, comprising an electrochromic glazing having light transmissivity that is variable in response to an electrical current, wherein the electrochromic glazing is configured to be installed within a building frame-work ; at least one photovoltaic module electrically connected to said electrochromic glazing for providing said electrical current to said electrochromic glazing in response to light from the light source incident on said photovoltaic module; and an electronics module in communication with either of said photovoltaic module or said electrochromic glazing, wherein said photovoltaic module is mounted to an exterior surface of said electrochromic glazing, characterised in that a light receiving surface of the photovoltaic module mounted to said exterior surface of said electrochromic glazing is at an angle with respect to said exterior surface, wherein said photovoltaic module and said electronics module are either combined into a single unit or mounted at different locations.
A binary mechanical computing mechanism comprising: an anchor block ; the binary mechanical computing mechanism is characterized in that it comprises an assembly, configured to conduct a combinatorial logic operation and/or a sequential logic operation with only mechanical link logic primitives, mechanical flexure logic primitives, and/or mechanical cable logic primitives to conduct the combinatorial logic operation and/or the sequential logic operation; wherein one or more of said primitives define one or more inputs for data, encoded by the physical position of the inputs , one or more of said primitives define one or more outputs for data, encoded by the physical position of the outputs , wherein the primitives being connected with each other to selectively allow or prevent movement of other primitives with respect to the anchor block based on the physical position of the one or more inputs , so that the one or more outputs are the result of the logic operation on the one or more inputs . an anchor block ; the binary mechanical computing mechanism is characterized in that it comprises an assembly, configured to conduct a combinatorial logic operation and/or a sequential logic operation with only mechanical link logic primitives, mechanical flexure logic primitives, and/or mechanical cable logic primitives to conduct the combinatorial logic operation and/or the sequential logic operation; wherein one or more of said primitives define one or more inputs for data, encoded by the physical position of the inputs , one or more of said primitives define one or more outputs for data, encoded by the physical position of the outputs , wherein the primitives being connected with each other to selectively allow or prevent movement of other primitives with respect to the anchor block based on the physical position of the one or more inputs , so that the one or more outputs are the result of the logic operation on the one or more inputs .