mhurhangee/patent-ind-claim-en huggingface dataset:
Device for cooling a cast strip in a continuous casting plant, which comprises a housing , one or more gas feed devices for introduction of a gas, preferably air, into the housing and one or more gas discharge devices for discharge of the gas from the housing , wherein the housing is of tunnel-like construction so that the cast strip is, for cooling, transportable in a transport direction (T) through the housing , and the gas feed devices are arranged so as to act on at least part of the surface of the cast strip by the gas and the gas discharge devices are arranged to discharge the gas from the interior of the housing so that one or more directional gas flow paths can be formed in the interior of the housing and impinge on at least a part of the surface of the cast strip and/or travel along at least a part of the surface of the cast strip , characterised in that the cast strip has a rectangular cross-section, wherein the surfaces of the two longer sides of the strip cross-section are principal surfaces, whereas the two surfaces along the thickness direction of the cast strip are subordinate surfaces, and the gas feed devices have openings which are opposite the principal surfaces of the cast strip and the gas discharge devices have openings which are opposite the subordinate surfaces of the cast strip .
Device for adjusting a position of a moveable sliding element relative to a basic structure of a piece of furniture or relative to a basic structure of a domestic appliance, wherein the adjustment makes it possible to predetermine a position of the sliding element in a closed setting on the basic structure , wherein the sliding element can be fitted on the basic structure such that it can be moved via a guide system (6-9), wherein the device has mounting means , movement means and adjustment means , characterized in that the adjustment means comprise an adjustment lever , wherein the adjustment lever has an elastic element , on which a latching element is formed, wherein the adjustment lever is provided on the device such that it can be rotated about an axis-of-rotation element , wherein the adjustment lever has a guide element , wherein the guide element is provided on the adjustment lever in a manner in which it is offset in relation to the axis-of-rotation element , wherein the movement means are designed in the form of an automatic push-out and/or retraction mechanism, wherein the movement means comprise a housing and a movement member , wherein the movement member is mounted in a moveable manner relative to the housing , wherein, in the state in which the device is arranged on the piece of furniture or on the domestic appliance and in the state in which the sliding element is closed on the basic structure , the movement member is coupled to the sliding element , wherein the housing has a guide member , wherein the guide member couples to the guide element of the adjustment lever , wherein adjustment of the adjustment lever gives rise to a change in position of the housing relative to the mounting means , and therefore, in the state in which the device is arranged in place in the closed setting, a change in position of the sliding element relative to the basic structure is realized.
A method for communication, the method comprising: in an optoelectronic receiver comprising a Polarization Splitting Grating Coupler, PSGC, coupled to a first splitter and a second splitter wherein the first splitter and the second splitter are coupled to a first photodiode that is coupled to a first transimpedance amplifier (TIA) , wherein said first splitter and said second splitter are also coupled to a second photodiode that is coupled to a second TIA , and wherein outputs of the first and second TIAs are coupled together: receiving a modulated optical signal utilizing the PSGC to produce first and second PSGC output signals; splitting each of the first and second PSGC output signals into two optical signals using the first splitter and the second splitter ; generating first and second electrical signals from each of the two optical signals utilizing the first and second photodiodes ; communicating the first and second electrical signals to the first and second TIAs ; amplifying the first and second electrical signals utilizing the first and second TIAs, wherein each TIA is configured to amplify signals in a different frequency range; and generating an output electrical signal at the coupled outputs of the first and second TIAs. receiving a modulated optical signal utilizing the PSGC to produce first and second PSGC output signals; splitting each of the first and second PSGC output signals into two optical signals using the first splitter and the second splitter ; generating first and second electrical signals from each of the two optical signals utilizing the first and second photodiodes ; communicating the first and second electrical signals to the first and second TIAs ; amplifying the first and second electrical signals utilizing the first and second TIAs, wherein each TIA is configured to amplify signals in a different frequency range; and generating an output electrical signal at the coupled outputs of the first and second TIAs.
Cosmetic use of cannabigerol or a salt thereof for reducing pigmentation of the skin, preferably for the improvement of the appearance of the skin in case of hyperpigmentation or lentigo.
An ophthalmic laser beam delivery system, comprising: a focusing objective including a plurality of lenses; a folding mirror disposed near an entrance of the focusing objective for reflecting a treatment laser beam into the focusing objective , wherein the focusing objective is configured to focus the treatment laser beam onto desired locations of the eye and to collect light from the eye, wherein the folding mirror reflects a part and transmits a part of the light incident on it; a prism (P) disposed adjacent to a back surface of the folding mirror that faces away from the focusing objective , the prism having a first (A), a second (B) and a third surface (C), the second surface (B) being disposed adjacent to the back surface of the folding mirror such that the light transmitted through the folding mirror enters the prism (P) from the second surface (B), the prism (P) being configured such that the light that has entered the prism (P) at the second surface (B) is reflected sequentially by the first surface (A) and by the second surface (B) toward the third surface (C) to exit the prism; a focusing lens module (T) disposed adjacent to the third surface (C) of the prism (P) to focus light exit from the third surface (C) of the prism; and an image sensor disposed to receive the light focused by the focusing lens module (T) to form an image. a focusing objective including a plurality of lenses; a folding mirror disposed near an entrance of the focusing objective for reflecting a treatment laser beam into the focusing objective , wherein the focusing objective is configured to focus the treatment laser beam onto desired locations of the eye and to collect light from the eye, wherein the folding mirror reflects a part and transmits a part of the light incident on it; a prism (P) disposed adjacent to a back surface of the folding mirror that faces away from the focusing objective , the prism having a first (A), a second (B) and a third surface (C), the second surface (B) being disposed adjacent to the back surface of the folding mirror such that the light transmitted through the folding mirror enters the prism (P) from the second surface (B), the prism (P) being configured such that the light that has entered the prism (P) at the second surface (B) is reflected sequentially by the first surface (A) and by the second surface (B) toward the third surface (C) to exit the prism; a focusing lens module (T) disposed adjacent to the third surface (C) of the prism (P) to focus light exit from the third surface (C) of the prism; and an image sensor disposed to receive the light focused by the focusing lens module (T) to form an image.
Gripper assembly for picking up dough pieces or baked products from a receiving substrate and depositing the dough pieces or baked products on a depositing substrate in one working stroke, wherein a gripper has a gripper chamber with a downwardly directed opening which is closed by an air-permeable fabric , wherein an air connection leads into the bottom region of the gripper chamber , via which air connection the gripper chamber is connected to a negative pressure source and can be subjected to negative pressure during the working stroke, wherein the fabric is an elastic fabric, characterized in that the fabric partially arches into the gripper chamber because of the negative pressure after the dough piece or the baked product is picked up.
A motor vehicle door latch, comprising a locking mechanism consisting substantially of a catch and pawl , and comprising a reversible drive (7-11) which has an electric motor and an output element which can be acted upon by said motor, the drive (7-11) opening the locking mechanism in a first direction and transferring said locking mechanism, in a second direction different from the first, into a different functional position, in particular a securing position, a temporarily acting stop being provided for the drive (7-11), which stop delimits the movement at least when acted upon in the first direction in order to override the functional position and thus prevents the locking mechanism from electrically opening, the output element being designed as a driven pulley which can be rotated about an axis (A), the counter-clockwise rotation of the driven pulley corresponding to the first direction and the clockwise rotation thereof corresponding to the second direction , the stop being designed as a pin which can be moved radially relative to the rotatable output element , characterized in that the pin is moved in accordance with signals transmitted by at least one sensor to a control unit .
Method for in vitro diagnosis of resistance to MAPK pathway inhibiting drugs in tumors, said method comprising measuring the expression, in a biological sample, of at least two, three or all of the following microRNAs: miR-199b-5p: cccaguguuuagacuaucuguuc (SEQ ID NO:1), miR-204-5p: uucccuuugucauccuaugccu (SEQ ID NO:2), miR-4443: uuggaggcguggguuuu (SEQ ID NO:10), miR-4488: agggggcgggcuccggcg (SEQ ID NO:11), wherein miR-199b-5p and miR-204-5p are down-expressed in the resistance to MAPK pathway inhibiting drugs, whereas miR-4443, miR-4488 are over-expressed in the resistance to MAPK pathway inhibiting drugs in comparison with their expression in controls which do not present said resistance. miR-199b-5p: cccaguguuuagacuaucuguuc (SEQ ID NO:1), miR-204-5p: uucccuuugucauccuaugccu (SEQ ID NO:2), miR-4443: uuggaggcguggguuuu (SEQ ID NO:10), miR-4488: agggggcgggcuccggcg (SEQ ID NO:11), wherein miR-199b-5p and miR-204-5p are down-expressed in the resistance to MAPK pathway inhibiting drugs, whereas miR-4443, miR-4488 are over-expressed in the resistance to MAPK pathway inhibiting drugs in comparison with their expression in controls which do not present said resistance.
An axial field rotary energy device , comprising: a rotor comprising an axis of rotation and a magnet; a stator coaxial with the rotor, the stator comprising printed circuit board (PCB) panels, each PCB panel is assigned to one electrical phase of the device, each PCB panel comprises at least one pair of PCB layers, and each PCB layer comprises coils; characterized in that each coil in each PCB layer of a given PCB panel is circumferentially aligned with a corresponding coil in another PCB layer of the given PCB panel; wherein one coil in one PCB layer is coupled to a corresponding coil in another PCB layer of the given PCB panel with a respective via ; and a number of turns in each coil is a multiple of a number of electrical phases configured for the device so that said vias and its extensions will not intersect traces of coils that belong to PCB layers associated with other phases, or each coil in each PCB layer of said given PCB panel is circumferentially aligned and coupled with a corresponding coil in another PCB layer of the given PCB panel; and each coil comprises traces that are not connected to each other except at terminals of a first coil and a last coil of the coupled coils of a respective one of the pair of PCB layers. a rotor comprising an axis of rotation and a magnet; a stator coaxial with the rotor, the stator comprising printed circuit board (PCB) panels, each PCB panel is assigned to one electrical phase of the device, each PCB panel comprises at least one pair of PCB layers, and each PCB layer comprises coils; characterized in that each coil in each PCB layer of a given PCB panel is circumferentially aligned with a corresponding coil in another PCB layer of the given PCB panel; wherein one coil in one PCB layer is coupled to a corresponding coil in another PCB layer of the given PCB panel with a respective via ; and a number of turns in each coil is a multiple of a number of electrical phases configured for the device so that said vias and its extensions will not intersect traces of coils that belong to PCB layers associated with other phases, or each coil in each PCB layer of said given PCB panel is circumferentially aligned and coupled with a corresponding coil in another PCB layer of the given PCB panel; and each coil comprises traces that are not connected to each other except at terminals of a first coil and a last coil of the coupled coils of a respective one of the pair of PCB layers.
A driveline for a vehicle including ground contacting wheels, a prime mover having an output shaft and an accessory drive, the driveline including a continuously variable transmission (CVT) having an input associated with the output shaft of the prime mover and an output that powers both the ground contacting wheels and the accessory drive, characterized in that it comprises a planetary gear train including a first input associated with the output of the CVT, a second input associated with the output shaft of the prime mover, and an output connected to the accessory drive.
A contact opening and closing device, comprising: a driven contact ; a driving contact configured to move with respect to the driven contact; and a solenoid actuator including a movable component , the movable component configured to move between an off position (Poff) and an on position (Pon), the off position in which the driving contact and the driven contact are in a state of non-contact, the on position in which the driving contact and the driven contact are in a state of contact, characterized in that when the driving contact and the driven contact are switched from a state of non-contact to a state of contact, the movable component moves from the off position to the on position through an overshoot position (Pos) located beyond the on position; and when the driving contact and the driven contact are switched from a state of contact to a state of non-contact, the movable component moves from the on position to the off position through the overshoot position (Pos). a driven contact ; a driving contact configured to move with respect to the driven contact; and a solenoid actuator including a movable component , the movable component configured to move between an off position (Poff) and an on position (Pon), the off position in which the driving contact and the driven contact are in a state of non-contact, the on position in which the driving contact and the driven contact are in a state of contact, characterized in that when the driving contact and the driven contact are switched from a state of non-contact to a state of contact, the movable component moves from the off position to the on position through an overshoot position (Pos) located beyond the on position; and when the driving contact and the driven contact are switched from a state of contact to a state of non-contact, the movable component moves from the on position to the off position through the overshoot position (Pos).
A process of making a vegetable composition comprising the steps of providing vegetable material having a size of 10 to 50 mm, adding up to 5 wt% of water based on the weight of vegetable material, and performing a maturation of said vegetable material which comprises a) a step of heating the vegetable material to a temperature of 35°C to 55°C, followed with b) a step of maintaining the vegetable material at a temperature between 35°C to 55°C during 60 to 480 minutes, to obtain said vegetable composition, wherein said vegetable material is not homogenised prior to the maturation, wherein at least the maturation is performed under vacuum or under a neutral atmosphere, said neutral atmosphere being obtained by using a food-grade inert gas in a closed system, and wherein after said maturation under vacuum, said vegetable composition is pasteurized.
A drill string system comprising: a drill bit disposed at a distal end of a drill string ; a clutch coupled with the drill bit ; a mud motor coupled to the clutch , the mud motor operable to receive a drilling fluid therein and transfer torque to the drill bit through the clutch ; wherein the clutch disengages upon application of a torque exceeding a predetermined threshold; the system being characterised in that comprises a rotor catch operably coupling the drill bit and the clutch , the rotor catch operable to maintain a coupling between the drill bit and the clutch in event of clutch failure of the clutch . a drill bit disposed at a distal end of a drill string ; a clutch coupled with the drill bit ; a mud motor coupled to the clutch , the mud motor operable to receive a drilling fluid therein and transfer torque to the drill bit through the clutch ; wherein the clutch disengages upon application of a torque exceeding a predetermined threshold; the system being characterised in that comprises a rotor catch operably coupling the drill bit and the clutch , the rotor catch operable to maintain a coupling between the drill bit and the clutch in event of clutch failure of the clutch .
Connecting device for connecting an upstream blade and a downstream blade of an apron of a concealment system for a construction, said device including: - an upstream end-piece configured to cooperate with the upstream blade ; - a downstream end-piece configured to cooperate with the downstream blade ; - connecting means for connecting the upstream end-piece and the downstream end-piece ; wherein - the connecting means include a clip adopting the form of a jumper and including at least an upper leg and a lower leg ; - the upstream end-piece includes a first upstream receiving means for receiving the upper leg of the clip as well as a second upstream receiving means for receiving a portion of the lower leg of the clip ; wherein : - the downstream end-piece includes a downstream receiving means for receiving another portion of the lower leg of the clip . - an upstream end-piece configured to cooperate with the upstream blade ; - a downstream end-piece configured to cooperate with the downstream blade ; - connecting means for connecting the upstream end-piece and the downstream end-piece ; wherein - the connecting means include a clip adopting the form of a jumper and including at least an upper leg and a lower leg ; - the upstream end-piece includes a first upstream receiving means for receiving the upper leg of the clip as well as a second upstream receiving means for receiving a portion of the lower leg of the clip ; - the downstream end-piece includes a downstream receiving means for receiving another portion of the lower leg of the clip .
A pendular handling system for handling parts in a press line, comprising two articulated robots suitable for being arranged on opposite sides with respect to the central vertical plane of the press line, wherein each robot comprises at least four rotational axes (A1, A2, A3, A4) in series between a robot base and a robot wrist and each robot is mounted with the first axis horizontal and suitable for being perpendicular to the press line flow direction (LFD), whereby a first arm of each robot can swing in a vertical plane in the press line flow direction, wherein each robot further comprises an additional arm that has a proximal end fixed to the robot wrist and a distal end carrying an additional rotational axis (A5).
A wave generator body , in the following body , configured to be moved through water along a track direction (T), comprising - a first part forming the bow of the body when the body is moved through water along the track direction (T), - a second part arranged downstream of the first part and forming the stem of the body when the body is moved through water along the track direction (T); characterized in that the body is configured with a variable width (W), and wherein at least one of the first part and the second part includes - at least one base member configured to be mounted to a traction system for moving the body through water; and - at least one flap member coupled to an axis (100; 110) of the body , wherein the at least one flap member is configured to be partially rotated around the axis (100; 110) to variably set the width (W) of the body . - a first part forming the bow of the body when the body is moved through water along the track direction (T), - a second part arranged downstream of the first part and forming the stem of the body when the body is moved through water along the track direction (T); characterized in that the body is configured with a variable width (W), and wherein at least one of the first part and the second part includes - at least one base member configured to be mounted to a traction system for moving the body through water; and - at least one flap member coupled to an axis (100; 110) of the body , wherein the at least one flap member is configured to be partially rotated around the axis (100; 110) to variably set the width (W) of the body .
A nucleic acid inhibitor of an mRNA encoding TIA-1 for use in treating a neurodegenerative disease and/or disorder, wherein the inhibitor reduces the level or translation of the mRNA.