mhurhangee/patent-ind-claim-en huggingface dataset:
Device for activating a function of a vehicle , in particular a motor vehicle , with a holography device on the vehicle for generating a holographic representation visible to a user substantially outside the vehicle , and a communication device for communicating with a mobile ID transmitter for authenticating the user , and a sensor device adapted to detect an approach of the user within a monitoring area and then to control the communication device for authenticating the user , and a detection device adapted to detect an activating action of the user on the holographic representation , the device being adapted to detect the activation action of the user on the holographic representation , to activate a first function of the vehicle and the holographic representation depending on the authentication of the user , if the authentication of the user is positive, and to activate a second function of the vehicle depending on the detected activation action, wherein the first function is an unlocking of the vehicle , and the second function is a function for opening a door (1.10), a sliding door (1.8) and/or a tailgate (1.11) of the vehicle , wherein a hologram unit of the holographic device for generating the holographic representation comprises a hologram, wherein the activation action is a subjective interaction with the holographic representation by the user , wherein the holographic representation provides a realistic, three-dimensional and spatial representation of a 3-D scene, wherein the spatial properties of the holographic representation substantially dictate the activation action.
A method for RNA tagging and analysis on single cell comprising the following steps: a) providing a population of cells of interest, wherein said cell population is a population of platelets; b) incubating said platelets for a time of 10 minutes to 3 hours, or 30 minutes to 2 hours, at a temperature comprised in the range 20 °C - 37 °C, in a culture medium supplemented with a lipofection reagent and a SmartFlareTM probe of interest; c) fixing with a fixative; d) visualising and analysing the RNA of interest. a) providing a population of cells of interest, wherein said cell population is a population of platelets; b) incubating said platelets for a time of 10 minutes to 3 hours, or 30 minutes to 2 hours, at a temperature comprised in the range 20 °C - 37 °C, in a culture medium supplemented with a lipofection reagent and a SmartFlareTM probe of interest; c) fixing with a fixative; d) visualising and analysing the RNA of interest.
A laparoscope for a medical procedure, having a body having a distal end for locating in a patient and a proximal end for handling the laparoscope outside the patient, wherein the laparoscope is independently operable and a stand-alone device, the laparoscope having: a reusable camera and a light source , located adjacent the distal end , wherein the camera is positioned on an axis, defined by the proximal and distal ends; an operable interface having a display and control buttons located adjacent the proximal end, for operating the camera and/or light source, wherein the body of the laparoscope includes the operable interface ; a processor and data storage located in the body and operable to provide an interface for managing the camera, light source and recording images; and a communication module configured to wirelessly transmit images and/or data to a remote monitor and/or server, and characterised by the laparoscope including a case for single-use having a distal end having a trocar tip and a proximal end having a lid configured to hermetically seal the camera within the case , in use, wherein the lid is configured to enable a user to view the display and operate the operable interface, wherein the camera is configured to provide a view on the display and/or monitor through the tip of the case in which it is placed thus enabling a surgeon to see the surgical site where an opening is to be made. a reusable camera and a light source , located adjacent the distal end , wherein the camera is positioned on an axis, defined by the proximal and distal ends; an operable interface having a display and control buttons located adjacent the proximal end, for operating the camera and/or light source, wherein the body of the laparoscope includes the operable interface ; a processor and data storage located in the body and operable to provide an interface for managing the camera, light source and recording images; and a communication module configured to wirelessly transmit images and/or data to a remote monitor and/or server, and characterised by the laparoscope including a case for single-use having a distal end having a trocar tip and a proximal end having a lid configured to hermetically seal the camera within the case , in use, wherein the lid is configured to enable a user to view the display and operate the operable interface, wherein the camera is configured to provide a view on the display and/or monitor through the tip of the case in which it is placed thus enabling a surgeon to see the surgical site where an opening is to be made.
A drive system for a self-propelled harvesting machine , comprising a propulsion engine , a transfer gearbox driven by the propulsion engine with a driven belt pulley disposed on a drive shaft of the transfer gearbox and which drives at least one main belt pulley of a rotating knife drum disposed on the end of a knife drum shaft by means of a main drive belt , and at least one hydraulic pump driven by the propulsion engine in order to drive a front attachment and/or a feeder device hydraulically, wherein a gear and clutch unit is associated with the knife drum shaft on the side opposite to the main belt pulley , characterized in that the configuration of the gear and clutch unit is such as to drive the front attachment in a continuously variable hydraulic manner or in power summation with a discrete gear ratio, wherein the gear and clutch unit drives a transverse shaft which runs parallel to the axis of the knife drum shaft , and the transverse shaft is operatively connected to a clutch means located on the main belt pulley side in order to drive the front attachment .
A non-combustible smoking element comprising: a pre-vapor formulation reservoir element configured to contain a pre-vapor formulation material, the pre-vapor formulation reservoir element defining a channel through the pre-vapor formulation reservoir element ; a heating element coupled to the pre-vapor formulation reservoir element and configured to heat at least a portion of the pre-vapor formulation material into a vapor and provide the vapor to a first portion of the channel ; and a tobacco element at a second portion of the channel and positioned to receive the vapor, wherein the heating element is in the channel , the pre-vapor formulation reservoir element includes an outer housing configured to contain the pre-vapor formulation material, an inner tube of the outer housing defining the channel , characterised in that , the tobacco element is between the heating element and an end of the inner tube . a pre-vapor formulation reservoir element configured to contain a pre-vapor formulation material, the pre-vapor formulation reservoir element defining a channel through the pre-vapor formulation reservoir element ; a heating element coupled to the pre-vapor formulation reservoir element and configured to heat at least a portion of the pre-vapor formulation material into a vapor and provide the vapor to a first portion of the channel ; and a tobacco element at a second portion of the channel and positioned to receive the vapor, wherein the heating element is in the channel , the pre-vapor formulation reservoir element includes an outer housing configured to contain the pre-vapor formulation material, an inner tube of the outer housing defining the channel , characterised in that , the tobacco element is between the heating element and an end of the inner tube .
A module for mounting within a ceiling panel assembly , the module comprising: an upper mounting frame that includes a main body portion that defines a central opening , wherein the main body portion includes a flange extending outwardly therefrom, and wherein the upper mounting frame includes a first end and a second end, a lower mounting frame that is at least partially received in the central opening of the upper mounting frame , wherein the lower mounting frame includes a first end and a second end, wherein the lower mounting frame is pivotable with respect to the upper mounting frame between a first position and a second position, and a latch assembly that is associated with the first end of the upper mounting frame and the lower mounting frame , wherein when the latch assembly is released the lower mounting frame pivots from the first position to the second position; wherein the latch assembly includes a latch member that is mounted within a protrusion on the upper mounting frame and a ledge that is disposed on the lower mounting frame ; and wherein the protrusion defines a latch pocket in which an engagement surface on the latch member is positioned, and wherein the engagement surface is accessible via an opening defined in the protrusion . an upper mounting frame that includes a main body portion that defines a central opening , wherein the main body portion includes a flange extending outwardly therefrom, and wherein the upper mounting frame includes a first end and a second end, a lower mounting frame that is at least partially received in the central opening of the upper mounting frame , wherein the lower mounting frame includes a first end and a second end, wherein the lower mounting frame is pivotable with respect to the upper mounting frame between a first position and a second position, and a latch assembly that is associated with the first end of the upper mounting frame and the lower mounting frame , wherein when the latch assembly is released the lower mounting frame pivots from the first position to the second position; wherein the latch assembly includes a latch member that is mounted within a protrusion on the upper mounting frame and a ledge that is disposed on the lower mounting frame ; and wherein the protrusion defines a latch pocket in which an engagement surface on the latch member is positioned, and wherein the engagement surface is accessible via an opening defined in the protrusion .
A method for manufacturing a granular excretion disposal material having a core portion and a covering layer that covers the core portion , comprising: a granulating step (S1) of granulating the core portion by blending a core portion raw material containing pulp and highly absorbent resin, with water; a dyeing step (S2) of applying a dye or a pigment on the surface of the core portion ; a covering step (S3) of forming the covering layer by spraying a covering layer raw material containing pulp and highly absorbent resin, onto a surface of the core portion after the dyeing step (S2); a drying step (S4) of drying a granular matter, in which the covering layer is formed in the covering step (S3), with hot air, the hot air is blown from below while the granular matter is conveyed, and the granular matter is blown into the air and dried; and a cooling step (S5) of cooling the granular matter dried in the drying step (S4), with cold air, the cold air is blown from below while the granular matter is conveyed, and the granular matter is blown into the air and cooled, wherein the drying step (S4) takes place in a drying chamber with an exhaust opening formed on an upper part thereof, and the granular matter is conveyed by means of a mesh-like conveyor and the hot air is blown from below the conveyor in the drying chamber , and wherein the cooling step (S5) takes place in a cooling chamber with an exhaust opening formed on an upper part thereof, and the granular matter dried in the drying step S4, is conveyed by means of a mesh-like conveyor and the cold air is blown from below the conveyor in the cooling chamber . a granulating step (S1) of granulating the core portion by blending a core portion raw material containing pulp and highly absorbent resin, with water; a dyeing step (S2) of applying a dye or a pigment on the surface of the core portion ; a covering step (S3) of forming the covering layer by spraying a covering layer raw material containing pulp and highly absorbent resin, onto a surface of the core portion after the dyeing step (S2); a drying step (S4) of drying a granular matter, in which the covering layer is formed in the covering step (S3), with hot air, the hot air is blown from below while the granular matter is conveyed, and the granular matter is blown into the air and dried; and a cooling step (S5) of cooling the granular matter dried in the drying step (S4), with cold air, the cold air is blown from below while the granular matter is conveyed, and the granular matter is blown into the air and cooled, wherein the drying step (S4) takes place in a drying chamber with an exhaust opening formed on an upper part thereof, and the granular matter is conveyed by means of a mesh-like conveyor and the hot air is blown from below the conveyor in the drying chamber , and wherein the cooling step (S5) takes place in a cooling chamber with an exhaust opening formed on an upper part thereof, and the granular matter dried in the drying step S4, is conveyed by means of a mesh-like conveyor and the cold air is blown from below the conveyor in the cooling chamber .
Bullet recovery device for firing stands for sports and/or professional shooters using firearms, said recovery device comprising at least according to the direction of displacement of the projected bullets: - a rear partition being a plate impermeable to the projected bullets including along the lower or upper edge thereof a deflector , - a plurality of deviating elements disposed in front of said partition shaped to deviate the bullets projected in the direction of said deflector , and - a recovery gutter of the projected bullets disposed at least partially under the rear partition - deviating elements assembly, characterised in that the cross section of said deflector has a general C-shape in such a way as to turn down against said rear partition the projected bullets deviated by the latter. - a rear partition being a plate impermeable to the projected bullets including along the lower or upper edge thereof a deflector , - a plurality of deviating elements disposed in front of said partition shaped to deviate the bullets projected in the direction of said deflector , and - a recovery gutter of the projected bullets disposed at least partially under the rear partition - deviating elements assembly,
A sole structure for an article of footwear comprising: a midsole system having: a bladder comprising four stacked polymeric sheets bonded to one another and defining a first cushioning layer , a second cushioning layer , and a third cushioning layer, each cushioning layer comprising a sealed chamber retaining gas in isolation from each other sealed chamber ; a sole layer overlying the bladder and configured with a bottom surface having an outer peripheral portion and a central portion surrounded by the outer peripheral portion ; wherein the outer peripheral portion is mated with an upper surface of bladder in an unloaded state of the sole structure , and the central portion is at least partially spaced apart from the upper surface of the bladder in the unloaded state of the sole structure ; wherein the outer peripheral portion of the sole layer extends around a front, a rear, a medial side, and a lateral side of the sole layer ; wherein the outer peripheral portion of the sole layer completely surrounds the central portion of the sole layer ; and wherein the central portion is recessed in the bottom surface of the sole layer further than the outer peripheral portion such that a ridge defines a boundary between the central portion and the outer peripheral portion . a bladder comprising four stacked polymeric sheets bonded to one another and defining a first cushioning layer , a second cushioning layer , and a third cushioning layer, each cushioning layer comprising a sealed chamber retaining gas in isolation from each other sealed chamber ; a sole layer overlying the bladder and configured with a bottom surface having an outer peripheral portion and a central portion surrounded by the outer peripheral portion ; wherein the outer peripheral portion is mated with an upper surface of bladder in an unloaded state of the sole structure , and the central portion is at least partially spaced apart from the upper surface of the bladder in the unloaded state of the sole structure ; wherein the outer peripheral portion of the sole layer extends around a front, a rear, a medial side, and a lateral side of the sole layer ; wherein the outer peripheral portion of the sole layer completely surrounds the central portion of the sole layer ; and wherein the central portion is recessed in the bottom surface of the sole layer further than the outer peripheral portion such that a ridge defines a boundary between the central portion and the outer peripheral portion .
Protective device for a work vehicle cabin front, consisting of a front protection , wherein the front protection consists of a fixed foot protection and a mobile protection , wherein in a closed position the mobile protection is complementarily arranged on the fixed foot protection , wherein in an open position the mobile protection is folded down and thereby arranged in front of the fixed foot protector , characterized in that a swivel backdrop is provided between the fixed foot protection and the mobile protection , wherein a gas pressure spring is arranged between the fixed foot protection and the mobile protection or the swivel backdrop .
A tissue repair composition for use in the treatment of a tissue defect or to regenerate a tissue in vivo, comprising a) a collagen membrane and; b) cultured chondrocytes adhered to a surface of the membrane , wherein the membrane comprises a combination of collagen type I and collagen type III; and wherein the chondrocytes are brought into contact with one or more portions of the membrane such that a portion of the chondrocytes migrate into a surface of the membrane up to a predetermined maximum depth of 50% of the membrane during seeding; and wherein when the composition is implanted, the chondrocytes migrate to and populate a site of transplantation. a) a collagen membrane and; b) cultured chondrocytes adhered to a surface of the membrane , and wherein the chondrocytes are brought into contact with one or more portions of the membrane such that a portion of the chondrocytes migrate into a surface of the membrane up to a predetermined maximum depth of 50% of the membrane during seeding; and wherein when the composition is implanted, the chondrocytes migrate to and populate a site of transplantation.
A method for signaling information representative of restrictions of navigation in a volumetric video, the method comprising encoding metadata in a data stream comprising video data representative of said volumetric video, characterised by said metadata comprising - data representative of a viewing bounding box; - data representative of a curvilinear path in the 3D space of said volumetric video; and - data representative of at least one viewing direction range associated with a point on said curvilinear path. - data representative of a viewing bounding box; - data representative of a curvilinear path in the 3D space of said volumetric video; and - data representative of at least one viewing direction range associated with a point on said curvilinear path.
Method for checking a membrane leaktightness of at least one membrane of an electrolyzer which comprises two electrolyzer volumes separated from one another by the at least one membrane and is configured in order to produce two product gases from a starting liquid by means of electrolysis, wherein - during electrolysis, an electrolysis current strength is detected and a liquid flow rate of the starting liquid between the two electrolyzer volumes is determined, - and a ratio parameter (Q), which is proportional to the ratio of the liquid flow rate determined and the electrolysis current strength detected, is formed and is used to check the membrane leaktightness, wherein a first ratio threshold value (Q S1 ) for the ratio parameter is specified, and a leak of at least one membrane is inferred when the ratio parameter (Q) exceeds the specified first ratio threshold value (Q S1 ), and/or a second ratio threshold value (Q S2 ) for the ratio parameter is specified, and a leak of at least one membrane is inferred when the ratio parameter (Q) falls below the specified second ratio threshold value (Q S2 ) . - during electrolysis, an electrolysis current strength is detected and a liquid flow rate of the starting liquid between the two electrolyzer volumes is determined, - and a ratio parameter (Q), which is proportional to the ratio of the liquid flow rate determined and the electrolysis current strength detected, is formed and is used to check the membrane leaktightness, wherein a first ratio threshold value (Q S1 ) for the ratio parameter is specified, and a leak of at least one membrane is inferred when the ratio parameter (Q) exceeds the specified first ratio threshold value (Q S1 ), and/or a second ratio threshold value (Q S2 ) for the ratio parameter is specified, and a leak of at least one membrane is inferred when the ratio parameter (Q) falls below the specified second ratio threshold value (Q S2 ) .
A method for analyzing fault gas concentrations in a liquid obtained from an electrical asset such as a switchgear or an electric power transformer, the method comprising: - measuring, by a liquid analyzer comprising a system configured to generate at least two gas samples from the liquid at at least two temperatures and an analyzer for gas sampled by the system, the concentration of at least one dissolved fault gas in the at least two gas samples; - determining, by the liquid analyzer, a disturbing gas contribution in at least one sample of the at least two gas samples on the basis of the fault gas concentration measurements by utilizing differences in temperature dependency of solubility of the fault gas and the disturbing gases; and - analyzing, by the liquid analyzer, fault gas concentrations by compensating fault gas concentrations on the basis of the determined disturbing gas contribution. - measuring, by a liquid analyzer comprising a system configured to generate at least two gas samples from the liquid at at least two temperatures and an analyzer for gas sampled by the system, the concentration of at least one dissolved fault gas in the at least two gas samples; - determining, by the liquid analyzer, a disturbing gas contribution in at least one sample of the at least two gas samples on the basis of the fault gas concentration measurements by utilizing differences in temperature dependency of solubility of the fault gas and the disturbing gases; and - analyzing, by the liquid analyzer, fault gas concentrations by compensating fault gas concentrations on the basis of the determined disturbing gas contribution.