mhurhangee/patent-ind-claim-en huggingface dataset:
A machine (M) for dispensing and mixing a liquid food product with liquid nitrogen, comprising: - a first containment chamber designed to contain a predetermined quantity of liquid nitrogen; - a second containment chamber designed to contain a predetermined quantity of liquid food product; - a movement cylinder connected to said first and second containment chambers and extending along a vertical processing axis (X); - a dispensing device movable in sliding fashion in said movement cylinder between a dispensing position, wherein it is at least partly extracted from said movement cylinder for releasing the liquid nitrogen together with the liquid food product in a container (C), and a rest position, wherein said dispensing device is retracted into said movement cylinder ; - a mixing spiral extending outside said movement cylinder , said mixing spiral being movable in rotation about said processing axis (X) and also being movable in translation between the dispensing position and the rest position. - a first containment chamber designed to contain a predetermined quantity of liquid nitrogen; - a second containment chamber designed to contain a predetermined quantity of liquid food product; - a movement cylinder connected to said first and second containment chambers and extending along a vertical processing axis (X); - a dispensing device movable in sliding fashion in said movement cylinder between a dispensing position, wherein it is at least partly extracted from said movement cylinder for releasing the liquid nitrogen together with the liquid food product in a container (C), and a rest position, wherein said dispensing device is retracted into said movement cylinder ; - a mixing spiral extending outside said movement cylinder , said mixing spiral being movable in rotation about said processing axis (X) and also being movable in translation between the dispensing position and the rest position.
An array assembly of light emitting diode, LED, dies , comprising: a first terminal ; a second terminal , the first terminal and the second terminal for receiving a predetermined input voltage ( V o ); and a plurality of high voltage and low voltage LED dies coupled between the first terminal and the second terminal with at least a pair of the LED dies being coupled in parallel, the plurality of LED dies individually include a plurality of junctions having a total forward junction voltage ( V tot ) less than or equal to the predetermined input voltage ( V o ); the individual LED dies have a value of flux/die area ( J / A ) that is within a predetermined threshold of a target value of flux/die area ( J / A target ); and a plurality of strings individually arranged in parallel with one another, wherein each of the plurality of strings has two or more branches arranged in parallel, and wherein each branch carries at least one of the plurality of either high voltage or low voltage LED dies arranged in parallel; wherein at least one of the plurality of branches carries two or more of the plurality of low voltage LED dies arranged in series. a first terminal ; a second terminal , the first terminal and the second terminal for receiving a predetermined input voltage ( V o ); and a plurality of high voltage and low voltage LED dies coupled between the first terminal and the second terminal with at least a pair of the LED dies being coupled in parallel, the plurality of LED dies individually include a plurality of junctions having a total forward junction voltage ( V tot ) less than or equal to the predetermined input voltage ( V o ); the individual LED dies have a value of flux/die area ( J / A ) that is within a predetermined threshold of a target value of flux/die area ( J / A target ); and a plurality of strings individually arranged in parallel with one another, wherein each of the plurality of strings has two or more branches arranged in parallel, and wherein each branch carries at least one of the plurality of either high voltage or low voltage LED dies arranged in parallel; wherein at least one of the plurality of branches carries two or more of the plurality of low voltage LED dies arranged in series.
An implantable prosthetic valve that is radially collapsible to a collapsed configuration and radially expandable to an expanded configuration, the prosthetic valve comprising: an annular frame having an inflow end and an outflow end ; a leaflet structure positioned within the frame and secured thereto; and a laminate sealing member comprising an encapsulating material, the laminate sealing member having a main portion that encapsulates at least a portion of the frame and an end portion extending from the inflow end of the frame ; wherein the laminate sealing member comprises a first tubular layer positioned on the inside of the frame and a second tubular layer positioned on the outside of the frame , the first and second tubular layers being fused together to encapsulate corresponding portions of the frame ; characterized in that the first layer terminates near the inflow end of the frame , and the second layer extends beyond the inflow end of the frame to form the end portion of the laminate sealing member ; the end portion of the laminate sealing member is folded to form a cuff adjacent the inflow end of the frame and secured to the main portion of the laminate sealing member . an annular frame having an inflow end and an outflow end ; a leaflet structure positioned within the frame and secured thereto; and a laminate sealing member comprising an encapsulating material, the laminate sealing member having a main portion that encapsulates at least a portion of the frame and an end portion extending from the inflow end of the frame ; wherein the laminate sealing member comprises a first tubular layer positioned on the inside of the frame and a second tubular layer positioned on the outside of the frame , the first and second tubular layers being fused together to encapsulate corresponding portions of the frame ; characterized in that the first layer terminates near the inflow end of the frame , and the second layer extends beyond the inflow end of the frame to form the end portion of the laminate sealing member ; the end portion of the laminate sealing member is folded to form a cuff adjacent the inflow end of the frame and secured to the main portion of the laminate sealing member .
Use of a lead-through for molding into a floor element and leading through a line , which lead-through has a jacket tube and a molding body , which are molded into the floor element in such a way that the jacket tube extends below the molding body and an upper portion (4.1) of the molding body projects beyond an upper edge of the floor element , wherein, after the molding, the upper portion (4.1) of the molding body is removed and a mounting attachment with a pipe socket is positioned in a mounting position relative to the jacket tube , characterized in that the molding body is provided from a foamed plastic material. which lead-through has a jacket tube and a molding body , which are molded into the floor element in such a way that the jacket tube extends below the molding body and an upper portion (4.1) of the molding body projects beyond an upper edge of the floor element , wherein, after the molding, the upper portion (4.1) of the molding body is removed and a mounting attachment with a pipe socket is positioned in a mounting position relative to the jacket tube , characterized in that the molding body is provided from a foamed plastic material.
An intra vaginal device to aid in determining muscular contraction adjacent the vagina, the device including: a body to be at least partly inserted into a vagina; the body being elongated so as to have a longitudinal axis , an end portion , a base spaced from the end portion , and a longitudinally extending side wall extending between the end portion and the base ; a first sensor , the sensor being mounted on the side wall and to provide an indication of pressure applied thereto; a second sensor , the second sensor being mounted on the side wall so as to be spaced angularly about said axis from the first sensor , and to provide an indication of the pressure applied to the second sensor , said base being adapted to engage the vaginal entrance to aid in correctly locating the sensors , the device being characterized in that : a motion detector is mounted in the body to detect movement of the body subjected to muscular contraction adjacent the vagina and to generate a signal indicative of the movement; and a circuit is connected to the motion detector so as to receive the signals therefrom, wherein the circuit is constructed so that the motion detector is in or adjacent the base . a body to be at least partly inserted into a vagina; the body being elongated so as to have a longitudinal axis , an end portion , a base spaced from the end portion , and a longitudinally extending side wall extending between the end portion and the base ; a first sensor , the sensor being mounted on the side wall and to provide an indication of pressure applied thereto; a second sensor , the second sensor being mounted on the side wall so as to be spaced angularly about said axis from the first sensor , and to provide an indication of the pressure applied to the second sensor , said base being adapted to engage the vaginal entrance to aid in correctly locating the sensors , the device being characterized in that : a motion detector is mounted in the body to detect movement of the body subjected to muscular contraction adjacent the vagina and to generate a signal indicative of the movement; and a circuit is connected to the motion detector so as to receive the signals therefrom, wherein the circuit is constructed so that the motion detector is in or adjacent the base . a motion detector is mounted in the body to detect movement of the body subjected to muscular contraction adjacent the vagina and to generate a signal indicative of the movement; and a circuit is connected to the motion detector so as to receive the signals therefrom, wherein the circuit is constructed so that the motion detector is in or adjacent the base .
Method for coupling the respective paths of at least two vehicles intended to move in a convoy, one of said vehicles defining a lead vehicle and the other defining a follower vehicle , characterized in that the lead vehicle is provided with means for real-time generation of a tangible track and with means for real-time generation of an intangible track , said tangible and intangible tracks representing the path travelled by said lead vehicle, and the follower vehicle is provided with means for real-time detection of said tangible and intangible tracks and with means for automatically generating its path on the basis of the detected tangible and intangible tracks , the convoy is deployed by placing the follower vehicle behind the lead vehicle , and the means for real-time generation of a tangible track and an intangible track , the means for real-time detection of said tangible and intangible tracks , and the means for automatically generating the path are activated.
Vision system for a motor vehicle, comprising a stereo imaging apparatus with imaging devices adapted to capture images from a surrounding of the motor vehicle, and a processing device adapted to process images captured by said imaging devices and to detect objects, and track detected objects over several time frames, in the captured images, characterized in that said processing device is adapted to obtain an estimated value for the intrinsic yaw error of the imaging devices by solving a set of equations, belonging to one particular detected object , using a non-linear equation solver method, where each equation corresponds to one time frame and relates a time of the time frame, a disparity value of the particular detected object, an intrinsic yaw error and a kinematic variable of the ego vehicle, where all equations differ in the value of the time of the time frame.
Vehicle with a compressor arrangement for pressure medium supply of a tyre cavity of a tyre of a vehicle wheel , the vehicle wheel comprising a wheel hub receptacle and being mounted on a wheel hub , the wheel hub being mounted on a wheel support such that it can be rotated about a rotational axis , the compressor arrangement being arranged in the region of the wheel hub receptacle , preferably in the wheel hub receptacle , the compressor arrangement comprising at least one compression space which is arranged fixedly so as not to rotate with respect to the wheel hub , it being possible for the volume of the compression space to be changed by way of a translational movement of a hub-side compressor component , it being possible for a pressure medium which is to be conducted into the tyre cavity to be set under pressure by way of a volume reduction of the compression space , the compressor arrangement comprising an electric drive , and the hub-side compressor component being an annular piston which is configured as a double piston.
Lifting and rotating unit comprising a primary part and a rotor concentrically surrounding the primary part and being rotatable around a rotation axis , wherein a further primary part is provided concentrically surrounding the rotor , wherein one primary part is formed as a rotary primary part and one primary part is formed as a longitudinal primary part , and wherein the rotor is arranged movable in a longitudinal direction along the rotation axis and is formed in such a way that it is caused to rotate around the rotation axis when the rotary primary part is energized and that it is caused to move longitudinally along the rotation axis when the longitudinal primary part is energized, wherein the rotor comprises rotor segments extending parallel or slanting with respect to the rotor axis , wherein adjacent rotor segments have different magnetic polarizations, characterized in that between each two adjacent rotor segments a permanently magnetized magnetic bar is provided, that the rotor segments comprise elevated operative sections on their side facing the longitudinal primary part which have the same polarization as the respective rotor segments , that the operative sections are arranged in a staggered manner in a circumferential direction from adjacent rotor segments having different magnetic polarizations, wherein a gap is provided in the circumferential direction between two operative sections , and that a gap in the longitudinal direction is provided between two operative sections of the same polarization.
A system for surgical tool localization during anatomical surgery, said system comprising: one or more circuits in an image-processing engine communicatively coupled to an image-capturing device, wherein said image-capturing device is configured to capture one or more video frames each video frame having one or more regions, said one or more circuits being configured to: determine one or more physical characteristics of one or more surgical tools present in said one or more video frames, based on one or more color and geometric constraints; detect two-dimensional 2D masks of said one or more surgical tools present in said one or more video frames, based on said determined one or more physical characteristics of said one or more surgical tools, wherein said two-dimensional masks are refined by determining contours in the detected two-dimensional masks of said one or more surgical tools; and estimate poses of said one or more surgical tools in said one or more video frames, when said 2D masks of said one or more surgical tools are occluded at tips and/or ends of said one or more surgical tools, wherein said one or more circuits are further configured to estimate locations of said tips and/or said ends of said one or more surgical tools in said one or more video frames, based on an analysis of said detected 2D masks of said one or more surgical tools, along a first directional vector that extends along a longitudinal principal axis of said detected 2D masks of said one or more surgical tools. determine one or more physical characteristics of one or more surgical tools present in said one or more video frames, based on one or more color and geometric constraints; detect two-dimensional 2D masks of said one or more surgical tools present in said one or more video frames, based on said determined one or more physical characteristics of said one or more surgical tools, wherein said two-dimensional masks are refined by determining contours in the detected two-dimensional masks of said one or more surgical tools; and estimate poses of said one or more surgical tools in said one or more video frames, when said 2D masks of said one or more surgical tools are occluded at tips and/or ends of said one or more surgical tools, wherein said one or more circuits are further configured to estimate locations of said tips and/or said ends of said one or more surgical tools in said one or more video frames, based on an analysis of said detected 2D masks of said one or more surgical tools, along a first directional vector that extends along a longitudinal principal axis of said detected 2D masks of said one or more surgical tools.
An osteoinductive ceramic material comprising: porous calcium phosphate having a surface microporosity and a water-free carrier, wherein the water-free carrier comprises: 1) xanthan, dextran, starch and glycerol, or 2) CMC7H, PEG4k, PEG400 and glycerol, or 3) xanthan, dextran and Solutol HS15, or 4) xanthan and glycerol, or 5) CMC50k and glycerol, or 6) xanthan, Solutol HS15 and glycerol, wherein the porous calcium phosphate comprises macropores and micropores at least present in the surface of the macropores, and the porous calcium phosphate is in form of microparticles having a particle size of at least 45 μm. porous calcium phosphate having a surface microporosity and a water-free carrier, wherein the water-free carrier comprises: 1) xanthan, dextran, starch and glycerol, or 2) CMC7H, PEG4k, PEG400 and glycerol, or 3) xanthan, dextran and Solutol HS15, or 4) xanthan and glycerol, or 5) CMC50k and glycerol, or 6) xanthan, Solutol HS15 and glycerol, wherein the porous calcium phosphate comprises macropores and micropores at least present in the surface of the macropores, and the porous calcium phosphate is in form of microparticles having a particle size of at least 45 μm.
A seat heating device comprising: a cover adapted to cover a rear side of a seat back through a bottom side of a seat part ; and a heater being flexible and disposed behind the cover adapted to be disposed between the cover and the seat , wherein the cover has an opening and a radiant transmission part covering the opening . a cover adapted to cover a rear side of a seat back through a bottom side of a seat part ; and a heater being flexible and disposed behind the cover adapted to be disposed between the cover and the seat , wherein the cover has an opening and a radiant transmission part covering the opening .
An upholstery clip comprising: a base ; a first leg extending upwards from the base; a second leg extending upwards from the base; a barb at an end region of each leg, wherein the base, the legs, and the barbs partially define a central cavity; a catch extending downward from a corner between the first leg and the base, wherein the catch includes a support arm that extends downward from the corner between the first leg and the base, and a holding arm that extends upwards from a lower region of the support arm towards the second leg; and a lock extending down from the corner between the second leg and the base, wherein the lock extends towards an end portion of the holding arm, wherein the lock includes a support arm that extends downward from the corner between the second leg and the base, and wherein the lock includes a locking arm that extends upwards from a lower region of the support arm towards the holding arm a base ; a first leg extending upwards from the base; a second leg extending upwards from the base; a barb at an end region of each leg, wherein the base, the legs, and the barbs partially define a central cavity; a catch extending downward from a corner between the first leg and the base, wherein the catch includes a support arm that extends downward from the corner between the first leg and the base, and a holding arm that extends upwards from a lower region of the support arm towards the second leg; and a lock extending down from the corner between the second leg and the base, wherein the lock extends towards an end portion of the holding arm, wherein the lock includes a support arm that extends downward from the corner between the second leg and the base, and wherein the lock includes a locking arm that extends upwards from a lower region of the support arm towards the holding arm
A nacelle inlet for an aircraft propulsion system , the nacelle inlet comprising: an inner barrel ; an outer barrel extending around an axis and along the axis to an aft end ; and a bulkhead within the outer barrel , the bulkhead attached to and extending radially between the outer barrel and the inner barrel , wherein an aft portion of the outer barrel projects aftward axially from the bulkhead to the aft end ; a plurality of supports arranged circumferentially around the axis in a circumferential array and next to the bulkhead , the supports configured to support the aft portion of the outer barrel ; characterised in that a first of the supports comprises a gusset, and in that the first of the supports is mounted to and extends between the bulkhead and the aft portion of the outer barrel . an inner barrel ; an outer barrel extending around an axis and along the axis to an aft end ; and a bulkhead within the outer barrel , the bulkhead attached to and extending radially between the outer barrel and the inner barrel , wherein an aft portion of the outer barrel projects aftward axially from the bulkhead to the aft end ; a plurality of supports arranged circumferentially around the axis in a circumferential array and next to the bulkhead , the supports configured to support the aft portion of the outer barrel ; characterised in that a first of the supports comprises a gusset, and in that the first of the supports is mounted to and extends between the bulkhead and the aft portion of the outer barrel .
Fresh follicular fluid for use in the treatment of infertility, wherein said use comprises introducing said fresh follicular fluid into the uterus in one or more administrations during a time period comprised between 6 to 4 days before the embryo transfer in the uterus in a volume of 0,1 to 5 cm 3 , wherein said fresh follicular fluid is aspirated along with the oocyte and properly stored after aspiration, preferably at -80°C or in liquid nitrogen and it has been processed to isolate the oocyte contained therein.
An electronic component mounting substrate , comprising: a metallic substrate formed of aluminum or an aluminum-based alloy; and an alumite layer disposed on the metallic substrate, having a network of crevices at an upper surface thereof; characterized by a ceramic layer disposed on the alumite layer , part of the ceramic layer extending into the crevices , wherein the ceramic layer has a recess formed at an upper surface thereof so as to overlap with the crevices . a metallic substrate formed of aluminum or an aluminum-based alloy; and an alumite layer disposed on the metallic substrate, having a network of crevices at an upper surface thereof; characterized by a ceramic layer disposed on the alumite layer , part of the ceramic layer extending into the crevices , wherein the ceramic layer has a recess formed at an upper surface thereof so as to overlap with the crevices .
An aqueous UV curable inkjet ink including at least one photoinitiator and capsules composed of a cross-linked polymeric shell surrounding a core , with the core containing UV curable compounds , characterized in that the capsules are prepared via interfacial polymerisation from an oleophilic dispersion in an aqueous continuous phase, wherein the aqueous continuous phase dispersion contains a first shell component and the oleophilic phase contains a second shell component.