mhurhangee/patent-ind-claim-en huggingface dataset:
A tooth assessment system comprising: a color or shade measurement device comprising: a probe portion terminating at a distal end; a light emitter assembly configured to generate and emit light from the distal end of the probe portion; a light receiver assembly configured to receive a portion of the light that has been emitted from the distal end of the probe portion and returned to the distal end of the probe portion as received light and generate data indicative of a color or a shade based on the received light; a spacer comprising a sleeve extending from a proximal end to a distal end and defining a central passageway, the spacer alterable between: a first state in which the spacer is detached from the probe portion; and a second state in which at least a portion of the probe portion extends into the central passageway of the sleeve and the distal end of the probe portion is located between the proximal and distal ends of the sleeve; characterized in that the tooth assessment system comprises a plurality of spacers configured for detachable coupling to the probe portion, each of the plurality of spacers comprising a sleeve extending from a proximal end to a distal end and having a different length measured between the proximal and distal ends. a probe portion terminating at a distal end; a light emitter assembly configured to generate and emit light from the distal end of the probe portion; a light receiver assembly configured to receive a portion of the light that has been emitted from the distal end of the probe portion and returned to the distal end of the probe portion as received light and generate data indicative of a color or a shade based on the received light; a spacer comprising a sleeve extending from a proximal end to a distal end and defining a central passageway, the spacer alterable between: a first state in which the spacer is detached from the probe portion; and a second state in which at least a portion of the probe portion extends into the central passageway of the sleeve and the distal end of the probe portion is located between the proximal and distal ends of the sleeve; characterized in that the tooth assessment system comprises a plurality of spacers configured for detachable coupling to the probe portion, each of the plurality of spacers comprising a sleeve extending from a proximal end to a distal end and having a different length measured between the proximal and distal ends.
A system to determine the difficulty in intubating and / or ventilating and / or extubating a subject, the system comprising: an imaging module to acquire image parameters comprising a dynamic image of part of a head or neck of a subject; a parameter extraction module configured to extract at least one dynamic parameter from the image parameters; a classification module comprising a classification algorithm configured to determine a difficulty to intubate and / or ventilate value based on the at least one dynamic parameter, characterized in that the imaging module being configured to acquire image parameters comprising a head movement sequence about a neck of a subject and the dynamic parameter is determined from the head and / or neck movement, the head movement about the neck comprising one or more of the following movements: a head up and / or a head down movement; a head rotation to the left and / or a head rotation to the right movement; a head translational movement and / or a head arcing movement, wherein the imaging module is configured to acquire image parameters comprising one or more of the following movements: a jaw movement; a tongue movement; lip bite movement, and wherein the parameter extraction module comprises an optic flow module for processing the dynamic parameters, the optic flow module to process the image parameters to map the direction and movement of the subject in 3D and / or 2D optic flow representations. an imaging module to acquire image parameters comprising a dynamic image of part of a head or neck of a subject; a parameter extraction module configured to extract at least one dynamic parameter from the image parameters; a classification module comprising a classification algorithm configured to determine a difficulty to intubate and / or ventilate value based on the at least one dynamic parameter, characterized in that the imaging module being configured to acquire image parameters comprising a head movement sequence about a neck of a subject and the dynamic parameter is determined from the head and / or neck movement, the head movement about the neck comprising one or more of the following movements: a head up and / or a head down movement; a head rotation to the left and / or a head rotation to the right movement; a head translational movement and / or a head arcing movement, wherein the imaging module is configured to acquire image parameters comprising one or more of the following movements: a jaw movement; a tongue movement; lip bite movement, and wherein the parameter extraction module comprises an optic flow module for processing the dynamic parameters, the optic flow module to process the image parameters to map the direction and movement of the subject in 3D and / or 2D optic flow representations.
A composition comprising an HBV RNAi agent, wherein the HBV RNAi agent comprises a sense strand comprising a nucleobase sequence of SEQ ID NO: 302 or 319 and an antisense strand at least partially complementary to the sense strand, and wherein at least one nucleotide of the sense strand and/or at least one nucleotide of the antisense strand of the RNAi agent is a modified nucleotide and/or has a modified internucleoside linkage.
A spray nozzle device, in particular for spraying a cast strand, with a mixing body that has a mixing chamber acting like a diffusor and which is provided with an air inlet , a water inlet and a nozzle outlet disposed on the side lying opposite the air inlet and through which an air/water mixture passes out, characterised in that the air inlet is formed by a region protruding into the mixing chamber through an air inlet nozzle and is provided there with at least one air outlet hole , which has an angle of 90° +/- max. 15° to the longitudinal axis of the mixing chamber, while the water inlet takes place through at least one hole orientated transversely to the longitudinal axis close to the tip of the air inlet .
A cranial prosthetic, which comprises a perforated plate and indentations suitable for recessing leads , wherein the perforations comprise a plurality of holes substantially equidistant from a central point and wherein the indentations suitable for recessing leads comprise a series of interconnecting channels .
Hollow wall box with contact elements associated with the hollow wall box for installation in a wall recess of a hollow wall, a box interior being delimited by a box wall , the box wall having first wall sections (11.1) and second wall sections (11.2) running along the circumferential direction of the hollow wall box , one or more outwardly directed contact sections with contact surfaces being arranged on a second wall section (11.2) along the circumferential direction of the hollow wall box , the contact elements each having a curved outer surface (40.1, 45.1) and, arranged opposite the outer surface (40.1, 45.1), an abutment surface for abutment against a contact section on the box wall of the hollow wall box , and one or more first connecting elements being arranged in each case in the region of the contact sections of the hollow wall box , wherein one or more second connecting elements are arranged in each case on the abutment surfaces of the contact elements , wherein the connecting elements are designed to connect the contact elements releasably to the hollow wall box , characterised in that two or more contact elements connected to one another in one piece to form a contact assembly can be fastened as a contact assembly to the hollow wall box by means of the connecting elements, and in that at least one predetermined breaking point is arranged in each case between the contact elements of a contact assembly . wherein one or more second connecting elements are arranged in each case on the abutment surfaces of the contact elements , wherein the connecting elements are designed to connect the contact elements releasably to the hollow wall box , characterised in that two or more contact elements connected to one another in one piece to form a contact assembly can be fastened as a contact assembly to the hollow wall box by means of the connecting elements, and in that at least one predetermined breaking point is arranged in each case between the contact elements of a contact assembly .
A method for trajectory determination of an autonomous agent, the method comprising: • receiving a set of inputs (S210); • determining an environmental representation of the autonomous agent based on the set of inputs; • determining an input uncertainty with an out-of-distribution detector and based on the environmental representation; • generating a learned trajectory for the autonomous agent with a set of one or more learned models (S215); • determining an output uncertainty associated with the learned trajectory and determined with the set of one or more learned models (S220); • determining, at a classical motion planner, a programmed trajectory; • receiving, at a gatekeeper: • the learned trajectory; • the input uncertainty; • the output uncertainty; and • the programmed trajectory; • comparing at least one of the input uncertainty and the output uncertainty with a set of one or more thresholds (S230); • determining a final trajectory for the autonomous agent based on the comparison; and • operating the autonomous agent based on the final trajectory. • receiving a set of inputs (S210); • determining an environmental representation of the autonomous agent based on the set of inputs; • determining an input uncertainty with an out-of-distribution detector and based on the environmental representation; • generating a learned trajectory for the autonomous agent with a set of one or more learned models (S215); • determining an output uncertainty associated with the learned trajectory and determined with the set of one or more learned models (S220); • determining, at a classical motion planner, a programmed trajectory; • receiving, at a gatekeeper: • the learned trajectory; • the input uncertainty; • the output uncertainty; and • the programmed trajectory; • the learned trajectory; • the input uncertainty; • the output uncertainty; and • the programmed trajectory; • comparing at least one of the input uncertainty and the output uncertainty with a set of one or more thresholds (S230); • determining a final trajectory for the autonomous agent based on the comparison; and • operating the autonomous agent based on the final trajectory.
A drug delivery composition comprising: a particulate material comprising rough mesoporous hollow silica nanoparticles having a size from 100 nm to 3000 nm; wherein the rough mesoporous hollow silica nanoparticles comprise a mesoporous shell, the external surface of which has projections thereon, wherein the size of the projections ranges from 5 nm to 1000 nm, wherein the projections are spaced apart from each other, and wherein the projections comprise strands or cylinders or fibres extending outwardly from the mesoporous shell of the rough mesoporous hollow silica nanoparticles; the rough mesoporous hollow silica nanoparticles having one or more active molecules or compounds thereon, wherein the compounds are selected from: a hydrophobic protein, a hydrophobic drug or a hydrophobic therapeutic agent. wherein the rough mesoporous hollow silica nanoparticles comprise a mesoporous shell, the external surface of which has projections thereon, wherein the size of the projections ranges from 5 nm to 1000 nm, wherein the projections are spaced apart from each other, and wherein the projections comprise strands or cylinders or fibres extending outwardly from the mesoporous shell of the rough mesoporous hollow silica nanoparticles; the rough mesoporous hollow silica nanoparticles having one or more active molecules or compounds thereon, wherein the compounds are selected from: a hydrophobic protein, a hydrophobic drug or a hydrophobic therapeutic agent.
A process for producing steam in a segregated steam system in a hydrogen production facility, the process comprising: (a) heating boiler feed water by indirect heat exchange with a reformate ; (b) heating water condensate formed from the reformate by indirect heat exchange with a first portion of the heated boiler feed water from step (a); (c) passing the water condensate from step (b) to a first steam drum for producing steam for a reformer feed gas mixture ; and (d) passing a second portion (86") of the boiler feed water from step (a) to a second steam drum for producing steam for export . (a) heating boiler feed water by indirect heat exchange with a reformate ; (b) heating water condensate formed from the reformate by indirect heat exchange with a first portion of the heated boiler feed water from step (a); (c) passing the water condensate from step (b) to a first steam drum for producing steam for a reformer feed gas mixture ; and (d) passing a second portion (86") of the boiler feed water from step (a) to a second steam drum for producing steam for export .
Temperature-control device for laboratory vessels which is configured to be thermally conditioned in the absence of laboratory vessels before use and, during use, in a finite time period, to absorb the conditioned thermal energy from the laboratory vessels and/or to transfer said thermal energy to the laboratory vessels , with a hollow housing , which has an internal region filled with a temperature-control medium , wherein the housing has a base (3.2) on an underside and a receiving region (3.1) situated opposite thereto on an upper side, the receiving region delimiting the internal region of the housing in a direction toward the upper side and having inwardly directed depressions on its upper side for receiving the laboratory vessels to be temperature-controlled, characterized in that the housing has an air space , that a horizontally extending absorber element is arranged in the internal region of the housing , wherein the temperature-control medium at least partially flows around and/or through the absorber element , and that the absorber element and the receiving region (3.1) are connected in a thermally conductive manner. with a hollow housing , which has an internal region filled with a temperature-control medium , wherein the housing has a base (3.2) on an underside and a receiving region (3.1) situated opposite thereto on an upper side, the receiving region delimiting the internal region of the housing in a direction toward the upper side and having inwardly directed depressions on its upper side for receiving the laboratory vessels to be temperature-controlled, characterized in that the housing has an air space , that a horizontally extending absorber element is arranged in the internal region of the housing , wherein the temperature-control medium at least partially flows around and/or through the absorber element , and that the absorber element and the receiving region (3.1) are connected in a thermally conductive manner.
A pretreatment device for performing pretreatment on a sample, comprising: a container holding unit for holding pretreatment containers into each of which a sample is injected, at a plurality of holding positions ; a pretreatment unit for sequentially performing pretreatment by using the pretreatment containers held at the holding positions of the container holding unit in a specific order; characterised in that there is provided, an operation display unit for setting the holding position of the pretreatment kit to be used first in the case of starting analysis; a position setting receiving unit for receiving the setting of the holding position of a pretreatment container to be used first among the plurality of holding positions in the case where a series of pretreatments using the plurality of pretreatment containers are started by the pretreatment unit; a position information storage unit for storing information about the holding position of the pretreatment container used last when a series of pretreatments by the pretreatment unit is completed, wherein the position setting receiving unit receives a setting of whether or not to determine the holding position of the pretreatment container to be used first based on the information stored in the position information storage unit . a container holding unit for holding pretreatment containers into each of which a sample is injected, at a plurality of holding positions ; a pretreatment unit for sequentially performing pretreatment by using the pretreatment containers held at the holding positions of the container holding unit in a specific order; characterised in that there is provided, an operation display unit for setting the holding position of the pretreatment kit to be used first in the case of starting analysis; a position setting receiving unit for receiving the setting of the holding position of a pretreatment container to be used first among the plurality of holding positions in the case where a series of pretreatments using the plurality of pretreatment containers are started by the pretreatment unit; a position information storage unit for storing information about the holding position of the pretreatment container used last when a series of pretreatments by the pretreatment unit is completed, wherein the position setting receiving unit receives a setting of whether or not to determine the holding position of the pretreatment container to be used first based on the information stored in the position information storage unit .
A double-stranded ribonucleic acid molecule capable of inhibiting the expression of a Hepatitis B Virus gene in vitro by at least 60%, preferably by at least 70% and most preferably by at least 80%, wherein said double-stranded ribonucleic acid molecule comprises a sense strand comprising in order nucleotides 1-19 of SEQ ID NOs: 5 or 13 and an antisense strand at least partially complementary to the sense strand, and wherein the antisense strand sequence and the sense strand sequence are each less than 30 nucleotides in length, and wherein at least one of the nucleotides in each of the sense strand and in the antisense strand are modified nucleotides.
A welding apparatus for making an automotive headlight comprising: - locking means of a container body and of a lenticular body to be welded to each other, the container body having a first perimeter profile and the lenticular body having a second perimeter profile which, placed in contact with each other, define a welding interface to be welded by means of said apparatus, - a laser emitting device or laser source emitting a light beam, characterised in that it comprises - a plurality of fibres which receive portions of the light beam from the laser emitting device and direct them towards the welding interface through the lenticular body , wherein the container body acts as an absorbing element towards the light beam and the lenticular body acts as a transmissive element of the light beam, - light guiding means (60, 60', 60") for changing the divergence of the portions of light beams outgoing from the fibres , so as to collimate them overall along relative optical axes (X-X), - wherein the light guiding means (60, 60', 60") comprise an inlet which receives from the fibres the light beam produced by the laser emitting device and an outlet which propagates/transmits said light beam collimated by the light guiding means themselves, the apparatus comprises light guiding means (60', 60") having respective free ends (72', 72") mechanically separated from each other, wherein said light guiding means (60', 60") are configured so as to direct collimated light beams on adjacent and locally continuous portions of welding interface so as to obtain a homogeneous and uniform distribution of the light beams along the welding interface . - locking means of a container body and of a lenticular body to be welded to each other, the container body having a first perimeter profile and the lenticular body having a second perimeter profile which, placed in contact with each other, define a welding interface to be welded by means of said apparatus, - a laser emitting device or laser source emitting a light beam, - a plurality of fibres which receive portions of the light beam from the laser emitting device and direct them towards the welding interface through the lenticular body , wherein the container body acts as an absorbing element towards the light beam and the lenticular body acts as a transmissive element of the light beam, - light guiding means (60, 60', 60") for changing the divergence of the portions of light beams outgoing from the fibres , so as to collimate them overall along relative optical axes (X-X), - wherein the light guiding means (60, 60', 60") comprise an inlet which receives from the fibres the light beam produced by the laser emitting device and an outlet which propagates/transmits said light beam collimated by the light guiding means themselves,
A light emitting module comprising: a first support member having a first opening and a second opening penetrated in a vertical direction; a second support member disposed in the first opening of the first support member; a third support member disposed in the second opening of the first support member; a first lead electrode disposed on the second support member; a second lead electrode disposed on at least one of the first and second support members; a light emitting chip disposed on the second support member and electrically connected to the first and second lead electrodes; and a control part disposed on the third support member; wherein the first opening and the second opening are spaced apart from each other, characterised in that said light emitting module further comprises a conductive layer disposed under the first, second and third support members, wherein the first support member comprises a resin material, wherein the second support member comprises a ceramic material, and wherein the third support member comprises a metal material. a first support member having a first opening and a second opening penetrated in a vertical direction; a second support member disposed in the first opening of the first support member; a third support member disposed in the second opening of the first support member; a first lead electrode disposed on the second support member; a second lead electrode disposed on at least one of the first and second support members; a light emitting chip disposed on the second support member and electrically connected to the first and second lead electrodes; and a control part disposed on the third support member; wherein the first opening and the second opening are spaced apart from each other, characterised in that said light emitting module further comprises a conductive layer disposed under the first, second and third support members, wherein the first support member comprises a resin material, wherein the second support member comprises a ceramic material, and wherein the third support member comprises a metal material.