mhurhangee/patent-ind-claim-en huggingface dataset:
Shaping tooling for chemical vapor infiltration of a fiber preform, the tooling comprising a structural enclosure formed by at least a first support having a first multiply-perforated zone and a second support having a second multiply-perforated zone , the first and second supports being held one against the other, the tooling being characterized in that the first support includes on its inside face a first uncased zone including the first multiply-perforated zone , in that the second support includes in its inside face a second uncased zone including the second multiply-perforated zone , and in that the shaping tooling further comprises at least first and second shaping mold functional elements present respectively in the first and second uncased zones of the first and second supports , each shaping mold functional element having a first face (120a; 150a) of a determined shape corresponding to a shape of the part that is to be made, and a second face (120b; 150b) held facing the inside face of a support, each shaping mold functional element having a plurality of perforations (121; 151) and presenting at least a number of perforations, a size of perforations, or a shape of perforations that differs from the number, the size, or the shape of the perforations present in the facing support.
A dose setting mechanism for a drug delivery device, said mechanism comprising: a driver ; a clicker ; an outer housing ; an inner housing having an external groove provided along an external surface of the inner housing and an internal helical spline , said inner housing configured to guide said driver to dispense a dose set by said dose setting mechanism; and a dial sleeve which is a number sleeve disposed between said outer housing and said inner housing , wherein a groove guide provided on an inner surface of the number sleeve is rotatably engaged with said external groove of said inner housing; wherein said dial sleeve is configured to rotate with respect to both said outer housing and said inner housing during dose setting and configured to be translated away from both said outer housing and said inner housing ; wherein the clicker comprises a plurality of splines which splines are configured to be splined to an inner surface of the inner housing , characterized in that the clicker is axially secured to said driver and in that the clicker is configured to rotate during a dose setting step. a driver ; a clicker ; an outer housing ; an inner housing having an external groove provided along an external surface of the inner housing and an internal helical spline , said inner housing configured to guide said driver to dispense a dose set by said dose setting mechanism; and a dial sleeve which is a number sleeve disposed between said outer housing and said inner housing , wherein a groove guide provided on an inner surface of the number sleeve is rotatably engaged with said external groove of said inner housing; wherein said dial sleeve is configured to rotate with respect to both said outer housing and said inner housing during dose setting and configured to be translated away from both said outer housing and said inner housing ; wherein the clicker comprises a plurality of splines which splines are configured to be splined to an inner surface of the inner housing , characterized in that the clicker is axially secured to said driver and in that the clicker is configured to rotate during a dose setting step.
A capsule type endoscope system comprising a capsule endoscope including a camera module to capture an image and transmit the image to the outside and two permanent magnets which are placed in perpendicular to each other and form magnetization inclined within a range of an acute angle δ with 0° <δ<90° relative to a so called v-axis given by the length direction of the capsule endoscope ; and an operation control system comprising: a first coil unit having three coil portions (111;112;113) which are fixed to three axes being at right angles to each other and generate magnetic fields in axis directions, respectively; a second coil unit which is disposed to generate a gradient magnetic field in any direction relative to the magnetic field generated by the first coil unit; a coil driving portion configured to drive the second coil unit to adjust the orientation of the gradient magnetic field; and a control unit including a receiving portion configured to receive an image signal transmitted from the capsule endoscope and a control portion configured to control electric currents supplied to the first and second coil units (110;120) to adjust the generated magnetic field and controls operation of the coil driving portion , characterized in that the operation control system is arranged to perform precession of the capsule endoscope by rotating magnetic field generated by the first coil unit and a spiral motion that is carried out in contiguity with a tube wall when the capsule endoscope moves along a tubular organ using momentum by the gradient magnetic field generated by the second coil unit added to said rotating magnetic field. a first coil unit having three coil portions (111;112;113) which are fixed to three axes being at right angles to each other and generate magnetic fields in axis directions, respectively; a second coil unit which is disposed to generate a gradient magnetic field in any direction relative to the magnetic field generated by the first coil unit; a coil driving portion configured to drive the second coil unit to adjust the orientation of the gradient magnetic field; and a control unit including a receiving portion configured to receive an image signal transmitted from the capsule endoscope and a control portion configured to control electric currents supplied to the first and second coil units (110;120) to adjust the generated magnetic field and controls operation of the coil driving portion , characterized in that the operation control system is arranged to perform precession of the capsule endoscope by rotating magnetic field generated by the first coil unit and a spiral motion that is carried out in contiguity with a tube wall when the capsule endoscope moves along a tubular organ using momentum by the gradient magnetic field generated by the second coil unit added to said rotating magnetic field.
A granulated composition comprising a salt encapsulated by a composition that comprises at least one wax wherein the granulated composition comprises 60 -70% w/w salt, 5 - 10% w/w encapsulating composition, 7 - 10% w/w urea, 7 - 10% w/w sodium bicarbonate and 7 - 10% w/w citric acid.
A reverse roller leather finishing machine , comprising a drawing cylinder and an engraved spreading cylinder , the drawing cylinder acting as a driving roller for a rubber conveyor belt wound between the driving roller and at least one idle roller and having a conveying surface , the configuration being such that in each operating configuration, the conveying surface of the rubber conveyor belt is tangent to the engraved spreading cylinder in a point of tangency (P), characterized in that the drawing cylinder comprises a rubber layer , and in that said at least one idle roller comprises a leather-detachment roller having a diameter within the range of 10 and 80 mm. the configuration being such that in each operating configuration, the conveying surface of the rubber conveyor belt is tangent to the engraved spreading cylinder in a point of tangency (P), characterized in that the drawing cylinder comprises a rubber layer , and in that said at least one idle roller comprises a leather-detachment roller having a diameter within the range of 10 and 80 mm.
A heterocyclic compound represented by the following Chemical Formula 1: in Chemical Formula 1, n1 to n4 are each an integer from 1 to 3, when n1 to n4 are each 2 or more, two or more structures in the parenthesis are the same as or different from each other, X1 to X4 are S, R1 to R8 are hydrogen, A1 to A4 are (CH 2 ) 5 Si(CH 3 )(OSi(CH 3 ) 3 ) 2 , [Push] is wherein, X11 and X14 are S, X12 and X13 are SiR a R b , R a and R b are an alkyl group, R107 to R110 are hydrogen, [Pull] is wherein, R200 is an alkyl group. n1 to n4 are each an integer from 1 to 3, when n1 to n4 are each 2 or more, two or more structures in the parenthesis are the same as or different from each other, X1 to X4 are S, R1 to R8 are hydrogen, A1 to A4 are (CH 2 ) 5 Si(CH 3 )(OSi(CH 3 ) 3 ) 2 , X11 and X14 are S, X12 and X13 are SiR a R b , R a and R b are an alkyl group, R107 to R110 are hydrogen,
A kitchen aid, comprising a. a fastening element for fastening, in particular reversibly fastening, the kitchen aid on, on, next to or above a kitchen work surface or a hob; b. a holding element for receiving, in particular for clamping, a kitchen utensil; c. a positioning element , by means of which the holding element can be positioned at i. a variable distance to the fastening element with ii. a variable angle of inclination; characterized in that d. the holding element is designed as a cuboid open on two opposite sides. a. a fastening element for fastening, in particular reversibly fastening, the kitchen aid on, on, next to or above a kitchen work surface or a hob; b. a holding element for receiving, in particular for clamping, a kitchen utensil; c. a positioning element , by means of which the holding element can be positioned at i. a variable distance to the fastening element with ii. a variable angle of inclination; characterized in that i. a variable distance to the fastening element with ii. a variable angle of inclination; d. the holding element is designed as a cuboid open on two opposite sides.
Electric machine having a stator and a rotor which is rotatably mounted with respect to the stator on a coolable shaft , wherein the rotor is connected in a heat-transmitting manner to the shaft via a thermosiphon apparatus , which is non-rotatably connected to the rotor and arranged on the front face of the rotor , wherein the thermosiphon apparatus is arranged on a side of a short-circuit ring of the rotor facing away from a laminated core of the rotor or is designed so as to be integrated with the short-circuit ring , and wherein a fluid chamber of the thermosiphon apparatus is delimited at least in regions by the short-circuit ring or by a wall of the thermosiphon apparatus adjacent to the short-circuit ring , characterised in that the fluid chamber is delimited at least in regions by an outer circumference of the shaft and a coolant is circulated within the thermosiphon apparatus due to the different temperatures of the rotor and the shaft .
Hydraulic brake arrangement for controlling a brake of a vehicle, said arrangement comprising a pump configured to suck fluid from a source of fluid towards said brake via a conduit and a first, a second and a third valves fluidly interposed in series on said conduit , said first valve being an electro-actuated valve configured to assume a first position into which it allows passage of fluid from said pump towards said second valve and a second position into which it allows passage of fluid from said second valve to a discharge , said second valve being an electro-actuated valve configured to assume a first position into which it allows passage of fluid between said first and third valves and a second position into which it allows passage of fluid from said second valve to a discharge , said third valve being an electro-actuated bistable valve configured to assume a first position into which it allows passage of fluid between said second valve and said brake and a second position into which it allows passage of fluid only from said second valve to said brake wherein said third valve comprises a first and second solenoids acting on opposite sides of spool of said third valve , said third valve further comprises a mechanical detent configured to maintain said valve in the selected position, wherein said mechanical detent is electro-actuated, and characterized in that said third valve comprises a selection coil configured to allow movement of said electro-actuated mechanical detent . said first valve being an electro-actuated valve configured to assume a first position into which it allows passage of fluid from said pump towards said second valve and a second position into which it allows passage of fluid from said second valve to a discharge , said second valve being an electro-actuated valve configured to assume a first position into which it allows passage of fluid between said first and third valves and a second position into which it allows passage of fluid from said second valve to a discharge , said third valve being an electro-actuated bistable valve configured to assume a first position into which it allows passage of fluid between said second valve and said brake and a second position into which it allows passage of fluid only from said second valve to said brake wherein said third valve comprises a first and second solenoids acting on opposite sides of spool of said third valve , said third valve further comprises a mechanical detent configured to maintain said valve in the selected position, wherein said mechanical detent is electro-actuated, and characterized in that said third valve comprises a selection coil configured to allow movement of said electro-actuated mechanical detent .
A compensator , having a first bellows section , having a second bellows section , having an intermediate pipe section positioned between the first bellows section and the second bellows section , having a first connecting flange and having a second connecting flange , wherein the first bellows section acts on the first connecting flange and intermediate pipe section , wherein the second bellows section acts on the second connecting flange and intermediate pipe section , comprising an intermediate flange , which is positioned between the first connecting flange and the second connecting flange and surrounds the intermediate pipe section outside without or without rigid connection to the same, wherein the intermediate flange is connected via first pull rods to the first connecting flange and via second pull rods to the second connecting flange, wherein the first pull rods , via which the intermediate flange is connected to the first connecting flange , lie on a first axis , and that the second pull rods , via which the intermediate flange is connected to the second connecting flange, lie on a second axis , characterized in that between the intermediate flange and the intermediate pipe section a damping element is arranged, which seen in the axial direction continuously extends between the two connecting flanges .
A method for wireless communication, the method comprising: receiving, at a first device, a request message (370; 371; 372; 280; 281) from a second device requesting mission critical, MiCri, data (351; 352), wherein MiCri data (351; 352) comprises high reliability low latency data or high reliability moderate latency data; and transmitting, from the first device, the MiCri data (351; 352) to the second device on a first carrier component during a transmission time interval, TTI (331; 332), of the first carrier component or on a second carrier component during a transmission time interval, TTI (341; 342; 343), of the second carrier component , the TTI (331; 332) of the first carrier component being partially overlapped in time with the TTI (341; 342; 343) of the second carrier component , such that an end time of the TTI (331; 332) of the first carrier component is different from an end time of the TTI (341; 342; 343) of the second carrier component . receiving, at a first device, a request message (370; 371; 372; 280; 281) from a second device requesting mission critical, MiCri, data (351; 352), wherein MiCri data (351; 352) comprises high reliability low latency data or high reliability moderate latency data; and transmitting, from the first device, the MiCri data (351; 352) to the second device on a first carrier component during a transmission time interval, TTI (331; 332), of the first carrier component or on a second carrier component during a transmission time interval, TTI (341; 342; 343), of the second carrier component , the TTI (331; 332) of the first carrier component being partially overlapped in time with the TTI (341; 342; 343) of the second carrier component , such that an end time of the TTI (331; 332) of the first carrier component is different from an end time of the TTI (341; 342; 343) of the second carrier component .
Application system for the extensive, transepidermal administration of pharmaceutical or cosmetic active substances, comprising a container for accommodating an active substance-containing sprayable composition, a propellant gas source for a pressurized gas that consists of oxygen to an extent of at least 60% by volume, and a spray device , wherein the container , propellant gas source and spray device are in flow communication with each other such that, on actuation of the spray device , the propellant gas atomizes the sprayable composition and forces it out of an exit opening of the spray device with an exit velocity ≥ 100 m/s in a conical spray jet, characterized in that the opening angle of the spray cone is at least 10°, the amount of propellant gas issuing through the exit opening is 10 to 100 1/min and, viewed in the exit direction of the jet, a turbine wheel is arranged behind the spray device .
Engine stop/restart system for a vehicle equipped with a thermal combustion engine, comprising a starter-alternator reversible rotating electrical machine and electronic means including an engine restart control module , also comprising detection means (S1 to S4) fitted to on-board units (L4, S1 to S4) of the vehicle in order to detect states (CP, CR, BP, BR, G12, GN, G0) of said on-board units (L4, S1 to S4), and a state machine (SM) contained in said engine restart control module and able to deliver a forecast of an order to restart said thermal combustion engine based on sequential monitoring of the states of said on-board units (L1, S1 to S4), characterized in that said forecast is used by said engine restart control module to command a clutch operation (CCS) of a controlled clutch system fitted to the vehicle, and in that said state machine includes a predetermined number of state nodes (N1 to N4) distributed over three state levels (L0, L+1, L-1), a first state level (L0) grouping together states in which a gear lever (L4) of said on-board units (L4, S1 to S4) of the vehicle is in a "neutral" position (GN), a second state level (L+1) grouping together states in which said gear lever (L4) is in a "1st gear" or "2nd gear" position (G12) and a third state level (L-1) grouping together states in which said gear lever (L4) is in positions (G0) other than those corresponding to said first and second state levels (L0, L+1), said forecast of a restart order produced by said state machine (SM) being used by said engine restart control module to command an operation of pre-magnetizing a rotor of said reversible rotating electrical machine .
A method of generating a quantized block, comprising: deriving (S140) an intra prediction mode of a current prediction unit using a Most Probable Mode, MPM, group including three intra prediction modes which are determined according to left and above intra prediction modes of the current prediction unit; selecting an inverse scan pattern based on the intra prediction mode and a size of a transform unit; and generating (S190) the quantized block by inversely scanning significant flags, coefficient signs and coefficient levels according to the selected inverse scan pattern, wherein the inverse scan pattern is one of a diagonal scan, a vertical scan and a horizontal scan, wherein when the left intra prediction mode and the above intra prediction mode are same to each other and the left intra prediction mode is one of two non-directional intra prediction modes, the MPM group includes the two non-directional intra prediction modes and a vertical mode, and wherein when the left intra prediction mode and the above intra prediction mode are the same to each other and the left intra prediction mode is one of directional intra prediction modes, the MPM group includes the left intra prediction mode and two neighboring directional intra prediction modes. deriving (S140) an intra prediction mode of a current prediction unit using a Most Probable Mode, MPM, group including three intra prediction modes which are determined according to left and above intra prediction modes of the current prediction unit; selecting an inverse scan pattern based on the intra prediction mode and a size of a transform unit; and generating (S190) the quantized block by inversely scanning significant flags, coefficient signs and coefficient levels according to the selected inverse scan pattern, wherein the inverse scan pattern is one of a diagonal scan, a vertical scan and a horizontal scan, wherein when the left intra prediction mode and the above intra prediction mode are same to each other and the left intra prediction mode is one of two non-directional intra prediction modes, the MPM group includes the two non-directional intra prediction modes and a vertical mode, and wherein when the left intra prediction mode and the above intra prediction mode are the same to each other and the left intra prediction mode is one of directional intra prediction modes, the MPM group includes the left intra prediction mode and two neighboring directional intra prediction modes.
Handheld scanner comprising an IR spectrometer , having a radiation source and a radiation detector , a control unit , an interface for wireless data communication and an RGB sensor , wherein the handheld scanner is designed to detect soiling on a laundry item , characterised in that the IR spectrometer can record a dark spectrum D when the radiation source is switched off.
An aircraft for vertical take-off and landing, comprising: an aircraft frame comprising an open frame portion ; at least one vertical thruster ; a pod , separable from the aircraft and including a cabin to contain at least one of cargo and passengers, wherein the pod , when mounted to the aircraft , defines at least a portion of the aircraft frame; and a mounting system including at least one attachment member configured to attach the pod to the open frame portion of the aircraft frame and to provide structural support for the open frame portion when the pod is detached, wherein the at least one attachment member includes a crossbar shaped as an arch to follow the contours of the upper portion of the pod ; wherein the aircraft is capable of flight with and without the pod . an aircraft frame comprising an open frame portion ; at least one vertical thruster ; a pod , separable from the aircraft and including a cabin to contain at least one of cargo and passengers, wherein the pod , when mounted to the aircraft , defines at least a portion of the aircraft frame; and a mounting system including at least one attachment member configured to attach the pod to the open frame portion of the aircraft frame and to provide structural support for the open frame portion when the pod is detached, wherein the at least one attachment member includes a crossbar shaped as an arch to follow the contours of the upper portion of the pod ; wherein the aircraft is capable of flight with and without the pod .