mhurhangee/patent-ind-claim-en huggingface dataset:
A radio-wave transparent cover configured to be disposed in a radio path of a radar system, the radio-wave transparent cover comprising: a plastic transparent layer ; a decorative layer disposed on a rear-side surface of the transparent layer ; and a plastic base layer disposed on a rear-side surface of the decorative layer , wherein the transparent layer has a peripheral part having a protrusion extending rearward and defining a peripheral edge of the transparent layer , the protrusion has an inner circumferential surface forming a part of an engaging end projecting rearward from the protrusion , the base layer includes an engaging recess that mates with the engaging end of the transparent layer , and the decorative layer is provided in a region of the rear-side surface of the transparent layer adjoining the inner circumferential surface of the engaging end , characterized in that the protrusion has a wall thickness in a range of 1.5 to 2.5 mm, and/or the engaging end has a wall thickness in a range of 0.4 to 1.0 mm. a plastic transparent layer ; a decorative layer disposed on a rear-side surface of the transparent layer ; and a plastic base layer disposed on a rear-side surface of the decorative layer , wherein the transparent layer has a peripheral part having a protrusion extending rearward and defining a peripheral edge of the transparent layer , the protrusion has an inner circumferential surface forming a part of an engaging end projecting rearward from the protrusion , the base layer includes an engaging recess that mates with the engaging end of the transparent layer , and the decorative layer is provided in a region of the rear-side surface of the transparent layer adjoining the inner circumferential surface of the engaging end , characterized in that the protrusion has a wall thickness in a range of 1.5 to 2.5 mm, and/or the engaging end has a wall thickness in a range of 0.4 to 1.0 mm.
A surgical tool mounted to a surgical robot , the surgical tool comprising: a treatment portion used in surgical treatment, the treatment portion including a movable part that can be displaced; a slider that generates a driving force to displace the movable part , the slider generating the driving force through reciprocating motion along a linear direction; a manual releasing tool for displacing the movable part , the manual releasing tool being detachably mountable to a main body of the surgical tool at which the slider is accommodated; characterised in that the surgical tool comprises a transmitter arranged in the main body , the transmitter converting a mounting force received from the manual releasing tool , when the manual releasing tool is mounted to the main body , and transmitting the converted mounting force to a receiver , wherein the transmitter includes a pinion member that is engageable with a rack portion provided in the manual releasing tool , and a second pinion member that is engageable with a rack portion configuring the receiver, wherein the slider is provided with the receiver that directly or indirectly receives the driving force from the manual releasing tool , and wherein the slider can be displaced along a linear direction by receiving the driving force from the receiver . a treatment portion used in surgical treatment, the treatment portion including a movable part that can be displaced; a slider that generates a driving force to displace the movable part , the slider generating the driving force through reciprocating motion along a linear direction; a manual releasing tool for displacing the movable part , the manual releasing tool being detachably mountable to a main body of the surgical tool at which the slider is accommodated; characterised in that the surgical tool comprises a transmitter arranged in the main body , the transmitter converting a mounting force received from the manual releasing tool , when the manual releasing tool is mounted to the main body , and transmitting the converted mounting force to a receiver , wherein the transmitter includes a pinion member that is engageable with a rack portion provided in the manual releasing tool , and a second pinion member that is engageable with a rack portion configuring the receiver, wherein the slider is provided with the receiver that directly or indirectly receives the driving force from the manual releasing tool , and wherein the slider can be displaced along a linear direction by receiving the driving force from the receiver .
A lighting device for a vehicle, in particular a headlight for a motor vehicle, comprising a cup-shaped casing housing at least a light source and a transparent element arranged so as to close a front opening of the cup-shaped casing , said lighting device being provided with a first connector externally carried by said casing designed to be coupled to a second connector , complementary to the first connector and designed to provide an electric connection to said light source and/or to possible attachments, said second connector comprising an insulating casing provided with a rear wall from which a plurality of electric cables emerge, wherein said casing integrally comprises a support bracket designed to define a seat for stably housing said first connector ; said support bracket being provided with an abutment wall integrally connected to said support bracket ;said abutment wall being movable between a rest position wherein the seat is accessible from the outside of the support bracket and a use position wherein said abutment wall is arranged to at least partially close said seat and faces the rear wall of the second connector; characterised in that: i)- the abutment wall is integrally connected to said support bracket through an integral portion having a reduced thickness with respect to the abutment wall to provide an integral hinge of the film-type; ii)- in said rest position said integral portion is not deformed; iii)- in said use position said integral portion is bent: iv)- connection means are arranged to provide a stable mechanical connection between at least an end portion of said abutment wall and the support bracket ; v)- the connection means comprise a seat made in said support bracket , a threaded element designed to be screwed into said seat and provided with a stem that engages a through hole of said abutment wall and a head designed to be in abutment against the end portion of said abutment wall . i)- the abutment wall is integrally connected to said support bracket through an integral portion having a reduced thickness with respect to the abutment wall to provide an integral hinge of the film-type; ii)- in said rest position said integral portion is not deformed; iii)- in said use position said integral portion is bent: iv)- connection means are arranged to provide a stable mechanical connection between at least an end portion of said abutment wall and the support bracket ; v)- the connection means comprise a seat made in said support bracket , a threaded element designed to be screwed into said seat and provided with a stem that engages a through hole of said abutment wall and a head designed to be in abutment against the end portion of said abutment wall .
A header for an agricultural vehicle traversing a field (G) in a forward direction (F) to harvest a crop material, said header including: a frame ; at least one crop divider connected to the frame and having a crop divider body with at least one opening therein; at least one down crop gatherer rotatably mounted to said at least one crop divider and at least partially extending through said at least one opening of the crop divider body, said at least one down crop gatherer having a first rotational direction (R1); and a drive unit rotatably mounted to said at least one crop divider and contacting said at least one down crop gatherer , characterized in that: said drive unit having a second rotational direction (R2) and being configured for contacting the field (G) and driving said at least one down crop gatherer in its first rotational direction (R1). a frame ; at least one crop divider connected to the frame and having a crop divider body with at least one opening therein; at least one down crop gatherer rotatably mounted to said at least one crop divider and at least partially extending through said at least one opening of the crop divider body, said at least one down crop gatherer having a first rotational direction (R1); and a drive unit rotatably mounted to said at least one crop divider and contacting said at least one down crop gatherer , characterized in that: said drive unit having a second rotational direction (R2) and being configured for contacting the field (G) and driving said at least one down crop gatherer in its first rotational direction (R1).
An in vitro method for inducing reprogramming of somatic cells derived from mammals by bringing at least one protein selected from the group consisting of 30S ribosomal protein S2, 30S ribosomal protein S8 and 30S ribosomal protein S15 into contact with the somatic cells, characterized in that the protein is used as a protein molecule in the method and in that the protein is not used in the form of a part of the 30S ribosome protein itself.
A printhead assembly , including: a molding into which are molded multiple printhead dies , wherein the multiple printhead dies are exposed at a front part of the molding, and wherein the molding comprises channels in a back part of the molding to carry printing fluid to the dies; a printed circuit board affixed to the back part of the molding and not covering any of the channels, for strengthening the assembly; and an electrical connection between each die and the printed circuit board. a molding into which are molded multiple printhead dies , wherein the multiple printhead dies are exposed at a front part of the molding, and wherein the molding comprises channels in a back part of the molding to carry printing fluid to the dies; a printed circuit board affixed to the back part of the molding and not covering any of the channels, for strengthening the assembly; and an electrical connection between each die and the printed circuit board.
A system for detecting a defect of an electrode tab, the system comprising: a gripper configured to grasp a unit cell including an electrode and to transfer the unit cell to a magazine, wherein the gripper has an exposed area formed so that a portion of an area facing an electrode tab of the electrode is exposed; and a visual inspection unit configured to check whether the electrode tab is detected in the exposed area of the gripper when the unit cell is grasped. a gripper configured to grasp a unit cell including an electrode and to transfer the unit cell to a magazine, wherein the gripper has an exposed area formed so that a portion of an area facing an electrode tab of the electrode is exposed; and a visual inspection unit configured to check whether the electrode tab is detected in the exposed area of the gripper when the unit cell is grasped.
A surgical tool , comprising: a drive housing ; an elongate shaft that extends from the drive housing; a plurality of drive cables extending within the elongate shaft between the drive housing and an end effector coupled to a distal end of the elongate shaft; and a cable brake assembly at least partially arranged within a cavity defined in the drive housing or the elongate shaft, the cable brake assembly having one or more brakes and a brake pad engageable with one or more of the plurality of drive cables, wherein the cable brake assembly is actuatable between a first position, where the plurality of drive cables are free to move longitudinally within the elongate shaft, and a second position, where the one or more brakes and the brake pad engage and prevent the one or more of the plurality of drive cables from moving, wherein the cable brake assembly further includes a brake chassis and the one or more brakes are arranged on the brake chassis, and wherein the brake chassis is movable in a direction transverse to a longitudinal direction of the plurality of drive cables to laterally align the one or more brakes with the one or more of the plurality of drive cables, characterised in that the brake chassis includes a first leg and a second leg , and wherein at least one of the one or more brakes is arranged on each of the first and second legs. a drive housing ; an elongate shaft that extends from the drive housing; a plurality of drive cables extending within the elongate shaft between the drive housing and an end effector coupled to a distal end of the elongate shaft; and a cable brake assembly at least partially arranged within a cavity defined in the drive housing or the elongate shaft, the cable brake assembly having one or more brakes and a brake pad engageable with one or more of the plurality of drive cables, wherein the cable brake assembly is actuatable between a first position, where the plurality of drive cables are free to move longitudinally within the elongate shaft, and a second position, where the one or more brakes and the brake pad engage and prevent the one or more of the plurality of drive cables from moving, wherein the cable brake assembly further includes a brake chassis and the one or more brakes are arranged on the brake chassis, and wherein the brake chassis is movable in a direction transverse to a longitudinal direction of the plurality of drive cables to laterally align the one or more brakes with the one or more of the plurality of drive cables, characterised in that the brake chassis includes a first leg and a second leg , and wherein at least one of the one or more brakes is arranged on each of the first and second legs.
A method of controlling an operation of an inlet valve system arranged in connection with each cylinder of an internal combustion piston engine , which method comprises during the operation of the engine steps of 1) Monitoring at least one parameter relating to engine load conditions, 2) Controlling, using a primary control procedure , a closing timing of an inlet valve of the inlet valve system in response to the at least one parameter obtained in the step 1), and 3) Feeding charge air into the said cylinder via the inlet valve of the inlet valve system when the inlet valve is open, and by using a secondary control procedure the closing timing of the inlet valve of the inlet valve system is controlled in response to at least one parameter relating to engine load conditions independently from and with higher priority than by using the primary control procedure . characterized in that the primary control procedure closes the inlet valve within a first range between a first crank angle value and a second crank angle value in respect to the bottom dead center and that secondary procedure closes the inlet valve within a second range between a third crank angle and a fourth crank angle in respect to the bottom dead center, which third crank angle is outside, and closer to the bottom dead center than, the first range. 1) Monitoring at least one parameter relating to engine load conditions, 2) Controlling, using a primary control procedure , a closing timing of an inlet valve of the inlet valve system in response to the at least one parameter obtained in the step 1), and 3) Feeding charge air into the said cylinder via the inlet valve of the inlet valve system when the inlet valve is open,
An apparatus comprising: at least one leaf spring protrusion to provide a force against a circuit board, wherein a thickness and angle of the at least one leaf spring protrusion is set to adjust the force against the circuit board; at least two card retainers arranged with respective shelves; and at least one retention clip , in part, configured to maintain a plane of a heat sink relative to the circuit board, wherein the at least one retention clip is arranged with a protruding lip; and wherein when the heat sink is received in the apparatus, the protruding lip of the at least one retention clip engages a top surface of the heat sink with downward pressure, and the respective shelves of the at least two card retainers engage a bottom surface of the heat sink with upward pressure opposing said downward pressure. at least one leaf spring protrusion to provide a force against a circuit board, wherein a thickness and angle of the at least one leaf spring protrusion is set to adjust the force against the circuit board; at least two card retainers arranged with respective shelves; and at least one retention clip , in part, configured to maintain a plane of a heat sink relative to the circuit board, wherein the at least one retention clip is arranged with a protruding lip; and wherein when the heat sink is received in the apparatus, the protruding lip of the at least one retention clip engages a top surface of the heat sink with downward pressure, and the respective shelves of the at least two card retainers engage a bottom surface of the heat sink with upward pressure opposing said downward pressure.
A screen-off display method, the method being applied to a processor of a display device , the display device further comprising a display screen, a display controller and a memory having a plurality of storage sub-regions , and the method comprising: in response to a screen-off trigger operation, compressing, by the processor, image data of at least two to-be-displayed images and storing the compressed image data in the memory; storing, by the memory, respective preset displaying criterions of the at least two to-be-displayed images, wherein the preset displaying criterions and the compressed image data are stored in the storage sub-regions one to one; and controlling, by the display controller, the display screen to display the at least two to-be-displayed images in a same local area of the display screen according to the compressed image data in the memory based on the preset displaying criterions. in response to a screen-off trigger operation, compressing, by the processor, image data of at least two to-be-displayed images and storing the compressed image data in the memory; storing, by the memory, respective preset displaying criterions of the at least two to-be-displayed images, wherein the preset displaying criterions and the compressed image data are stored in the storage sub-regions one to one; and controlling, by the display controller, the display screen to display the at least two to-be-displayed images in a same local area of the display screen according to the compressed image data in the memory based on the preset displaying criterions.
An in vitro method for analysing cell free nucleosomes of tumor origin from a biological sample by affinity purification wherein said method comprises the steps of: (i) contacting the sample with a histone H1 binding agent; (ii) isolating nucleosomes from the sample which are not bound to the histone H1 binding agent; and (iii) analysing the isolated nucleosomes by immunoassay or mass spectroscopy. (i) contacting the sample with a histone H1 binding agent; (ii) isolating nucleosomes from the sample which are not bound to the histone H1 binding agent; and (iii) analysing the isolated nucleosomes by immunoassay or mass spectroscopy.
Gas-insulated medium-voltage switchgear assembly , comprising - a switch , and - a bushing to the outside for changing a position of the switch by means of a rotational movement which can be transmitted via the bushing , which bushing is formed with a coupling element for coupling two shafts, characterized in that - the coupling element is formed with two rigidly connected, spaced-apart coupling discs which - are arranged parallel to one another, - each have a plurality of grooves , which are arranged around a disc centre, for receiving lugs of a mating piece for the purpose of transmitting force between the coupling disc and the mating piece, and - are arranged coaxially with respect to their centres for the purpose of coupling the two shafts. - a switch , and - a bushing to the outside for changing a position of the switch by means of a rotational movement which can be transmitted via the bushing , which bushing is formed with a coupling element for coupling two shafts, characterized in that - the coupling element is formed with two rigidly connected, spaced-apart coupling discs which - are arranged parallel to one another, - each have a plurality of grooves , which are arranged around a disc centre, for receiving lugs of a mating piece for the purpose of transmitting force between the coupling disc and the mating piece, and - are arranged coaxially with respect to their centres for the purpose of coupling the two shafts.
Device for sequential cooling of metallic wide flats , comprising at least one cooling bar and at least one supply device for supplying the cooling bar with a cooling fluid, wherein the cooling bar comprises a fluid chamber connected with the supply device , at least one fluid outlet row which extends along a longitudinal axis of the fluid chamber and which is formed from fluid outlets in communicating connection with the fluid chamber , and at least one varying device , which is arranged at least partly within the fluid chamber , for varying a length of the fluid outlet row at at least one end region of the fluid chamber , characterised by at least one electronic control and/or regulating system , which is connected with the supply device and the varying device and which is arranged to activate the supply device and the varying device in such a way that a volume flow of the cooling fluid which when a reduced fluid outlet row is present issues from the fluid outlets of the reduced fluid outlet row is increased, by comparison with a volume flow of the cooling fluid which when a maximum fluid flow row is present issues from the respective fluid outlet of the maximum fluid outlet row, by a cooling fluid volume flow which corresponds with at least a part of a volume flow of the cooling fluid which, when the maximum outlet row is present, issues from those fluid outlets of the maximum fluid outlet row which, when the reduced fluid outlet row is present, are closed by means of the varying device .
A method of fabricating a part comprising a metal substrate (Sub) at least partially covered in a coating layer (Rev), the method comprising: • preparing (A) a surface of the substrate (Sub) for covering in order to obtain a prepared surface of roughness Ra lying in the range 0.6 μm to 1.6 μm; • forming (C) the coating layer (Rev) on the prepared surface of the substrate, this coating layer (Rev) being formed by spraying, using an HVOF type spraying method to spray a powder mixture containing grains (G) of metal carbide, the grains (G) having dimensions that are strictly less than 450nm and the thickness (Ep min) of the coating layer (Rev) as formed in this way being less than 50 pm; then • finishing at least one surface of said coating layer (Rev) by polishing (D) in such a manner as to ensure that its roughness Ra is less than 1.6 μm. • preparing (A) a surface of the substrate (Sub) for covering in order to obtain a prepared surface of roughness Ra lying in the range 0.6 μm to 1.6 μm; • forming (C) the coating layer (Rev) on the prepared surface of the substrate, this coating layer (Rev) being formed by spraying, using an HVOF type spraying method to spray a powder mixture containing grains (G) of metal carbide, the grains (G) having dimensions that are strictly less than 450nm and the thickness (Ep min) of the coating layer (Rev) as formed in this way being less than 50 pm; then • finishing at least one surface of said coating layer (Rev) by polishing (D) in such a manner as to ensure that its roughness Ra is less than 1.6 μm.