mhurhangee/ep-ind-claims huggingface dataset:
A rigid hollow protection casing comprising a first rigid layer composed of a matrix of a first thermoplastic material; and a second overlapping rigid layer exterior to the first layer, composed of a matrix of a second thermoplastic material, characterized in that said matrix of first thermoplastic material includes at least one layer of long-fibre fabrics embedded in its interior, said long fibres are selected from fibreglass, carbon fibre and/or aramid fibre and comprise between 45% and 65% in total weight of the first layer; the second layer coats completely one exterior side of the first layer, comprises between 2% and 10% of the total weight of the casing and is entirely composed of said second thermoplastic material lacking long-fibre fabrics, providing a smooth finish to the casing. a first rigid layer composed of a matrix of a first thermoplastic material; and a second overlapping rigid layer exterior to the first layer, composed of a matrix of a second thermoplastic material, characterized in that said matrix of first thermoplastic material includes at least one layer of long-fibre fabrics embedded in its interior, said long fibres are selected from fibreglass, carbon fibre and/or aramid fibre and comprise between 45% and 65% in total weight of the first layer; the second layer coats completely one exterior side of the first layer, comprises between 2% and 10% of the total weight of the casing and is entirely composed of said second thermoplastic material lacking long-fibre fabrics, providing a smooth finish to the casing.
A gypsum board having two opposed faces, wherein a fibrous mat is embedded in one of the faces of the board, the fibrous mat comprising fibres that are bound by a polymeric binder, wherein the polymeric binder is substantially formaldehyde-free, the length of the fibres is greater than 20 mm, and the diameter of the fibres is greater than 14 μm, wherein the polymeric binder is hydrophilic.
A blunt dissector for separating a blood vessel from surrounding tissues in a body, comprising: a longitudinal rod (16, 30, 32) configured such that when it is moved through a connective tissue it permits to perform a dissection, wherein the longitudinal rod has a proximal end, a distal end, and an internal passage for conducting insufflation gas between the proximal and distal ends; an interior sleeve mounted within the longitudinal rod for receiving an endoscope at the proximal end; a transparent tip mounted to the distal end of the longitudinal rod; and a handle (17, 60) mounted to the proximal end of the longitudinal rod; characterised in that the longitudinal rod has an outer surface along all of the longitudinal rod between the proximal and distal ends, wherein the rod and its outer surface consist essentially of a fluoropolymer thereby reducing friction caused, when in use, the longitudinal rod is moved through the connective tissue. a longitudinal rod (16, 30, 32) configured such that when it is moved through a connective tissue it permits to perform a dissection, wherein the longitudinal rod has a proximal end, a distal end, and an internal passage for conducting insufflation gas between the proximal and distal ends; an interior sleeve mounted within the longitudinal rod for receiving an endoscope at the proximal end; a transparent tip mounted to the distal end of the longitudinal rod; and a handle (17, 60) mounted to the proximal end of the longitudinal rod; characterised in that the longitudinal rod has an outer surface along all of the longitudinal rod between the proximal and distal ends, wherein the rod and its outer surface consist essentially of a fluoropolymer thereby reducing friction caused, when in use, the longitudinal rod is moved through the connective tissue.
A head worn computer comprising: a housing, wherein the housing includes: a plurality of regions and further two end regions (301, 302); wherein the head worn computer is configured to wrap around a portion of the user's head, such that the two end regions (301, 302) are located at the front of the user's head, and the two end regions (301, 302) are on opposite sides of the user's head; wherein the housing includes at least one spring configured to apply inward force to the user's head; and the plurality of regions includes a first flexible region (305, 306) and a second flexible region (303, 304); wherein the first flexible region (305, 306) is located between a center of the housing and a first stiff region (307, 308), said center of the housing being located at the back of the user's head when the head worn computer is worn; wherein the second flexible region (303, 304) is located between the first stiff region (307, 308) and a second stiff region (311, 312), wherein the first stiff region (307, 308) and the second stiff region (311, 312) are on a same side of the user's head; and wherein the first flexible region (305, 306) is closer to the center of the housing than the second flexible region (303, 304), and as a result is arranged to provide a greater inward force to the user's head than the second flexible region (303, 304), wherein the housing is supported by the back of the user's head when the head worn computer is worn. a plurality of regions and further two end regions (301, 302); wherein the head worn computer is configured to wrap around a portion of the user's head, such that the two end regions (301, 302) are located at the front of the user's head, and the two end regions (301, 302) are on opposite sides of the user's head; wherein the housing includes at least one spring configured to apply inward force to the user's head; and the plurality of regions includes a first flexible region (305, 306) and a second flexible region (303, 304); wherein the first flexible region (305, 306) is located between a center of the housing and a first stiff region (307, 308), said center of the housing being located at the back of the user's head when the head worn computer is worn; wherein the second flexible region (303, 304) is located between the first stiff region (307, 308) and a second stiff region (311, 312), wherein the first stiff region (307, 308) and the second stiff region (311, 312) are on a same side of the user's head; and wherein the first flexible region (305, 306) is closer to the center of the housing than the second flexible region (303, 304), and as a result is arranged to provide a greater inward force to the user's head than the second flexible region (303, 304), wherein the housing is supported by the back of the user's head when the head worn computer is worn.
Process for the continuous synthesis of a diene elastomer, characterized in that it comprises the following simultaneous steps: a) introducing continuously into a polymerisation reactor containing a gas phase and equipped with at least one stirring rotor and a discharge device, at least i. one or more monomer(s) to be polymerised, including at least one conjugated diene monomer, and ii. from 0% to 70% by mass of an organic solvent, calculated relative to the total mass of monomer(s) and of solvent b) continuously polymerising the monomer(s), c) stirring the polymerisation medium via the continuous movement of at least one stirring rotor about a rotary axle, d) continuously discharging the elastomer paste derived from the polymerisation, e) continuously conveying the discharged elastomer paste to a chopping device and chopping it into particles, and f) removing the solvent from the particles of the elastomer paste and g) recovering the diene elastomer of the particles obtained in the preceding step; and characterized in that the degree of conversion is at least 60%, at the limit of the first third of the reaction volume of the polymerisation reactor, and the standard deviation of the residence time distribution function in the polymerisation reactor is greater than the mean residence time divided by 2√3, the residence time being calculated according to the method described in the specification. a) introducing continuously into a polymerisation reactor containing a gas phase and equipped with at least one stirring rotor and a discharge device, at least i. one or more monomer(s) to be polymerised, including at least one conjugated diene monomer, and ii. from 0% to 70% by mass of an organic solvent, calculated relative to the total mass of monomer(s) and of solvent i. one or more monomer(s) to be polymerised, including at least one conjugated diene monomer, and ii. from 0% to 70% by mass of an organic solvent, calculated relative to the total mass of monomer(s) and of solvent b) continuously polymerising the monomer(s), c) stirring the polymerisation medium via the continuous movement of at least one stirring rotor about a rotary axle, d) continuously discharging the elastomer paste derived from the polymerisation, e) continuously conveying the discharged elastomer paste to a chopping device and chopping it into particles, and f) removing the solvent from the particles of the elastomer paste and g) recovering the diene elastomer of the particles obtained in the preceding step; the degree of conversion is at least 60%, at the limit of the first third of the reaction volume of the polymerisation reactor, and the standard deviation of the residence time distribution function in the polymerisation reactor is greater than the mean residence time divided by 2√3, the residence time being calculated according to the method described in the specification.
A heat exchanger comprising (i) a set of plates made of a plastic material, including two end plates and a plurality of juxtaposed intermediate plates extending between the two end plates, a set of first spaces and, isolated from the set of first spaces, a set of second spaces delimited by the adjacent plates, the first spaces being intended for a circulation of a first fluid between the plates and the second spaces being intended for a circulation of a second fluid between the plates, the heat exchanger being characterized in that it comprises (ii) a base portion (8, 70) against which the two end plates are fastened, the plurality of plates extending in a curvilinear manner between the two ends plates.
A washer comprising a main body, a washing chamber provided in the main body, having two side walls, a rear wall and a base, and at least one nozzle provided on at least one of said walls and connected to a water line provided in the main body for washing the dishes, characterized by - a coupling bracket provided on at least one of the walls on which at least one nozzle is disposed, the coupling bracket comprising a first body and coupling pieces connected to the first body, said coupling pieces having space in between; and by - a foldable shelf mechanism comprising a second body, pivotably connected to the coupling bracket by the second body fitting into the space between the coupling pieces, wherein the shelf mechanism further comprises a shelf on the second body, on which compartments are provided for placing the items to be washed thereon. - a coupling bracket provided on at least one of the walls on which at least one nozzle is disposed, the coupling bracket comprising a first body and coupling pieces connected to the first body, said coupling pieces having space in between; and by - a foldable shelf mechanism comprising a second body, pivotably connected to the coupling bracket by the second body fitting into the space between the coupling pieces, wherein the shelf mechanism further comprises a shelf on the second body, on which compartments are provided for placing the items to be washed thereon.
An electronic apparatus characterized by: a partitioning wall plate that covers a board mounted with an electronic component and forms a first space along with the board; a cover member that covers the partitioning wall plate and forms a second space along with the partitioning wall plate; and a fan configured to blow air entering from the outside to the first space toward the outside through the second space in a predetermined direction; and the second space is provided with a thermal conductor thermally connected to an electronic component of the first space, and a flow guide for guiding the air blowing from the fan to the thermal conductor. a partitioning wall plate that covers a board mounted with an electronic component and forms a first space along with the board; a cover member that covers the partitioning wall plate and forms a second space along with the partitioning wall plate; and a fan configured to blow air entering from the outside to the first space toward the outside through the second space in a predetermined direction; and the second space is provided with a thermal conductor thermally connected to an electronic component of the first space, and a flow guide for guiding the air blowing from the fan to the thermal conductor.
A method for recalling a voicemail message from a target mailbox having an owner, the method comprising: receiving the voicemail message from a user; extracting a voice signature of the user upon receiving the voicemail message from the user; storing the voice signature with the voicemail message in the target mailbox; allowing a caller to access a voicemail system using a device, wherein the owner of the target mailbox is a member of the voicemail system and the caller is a non-member of the voicemail system; authenticating the caller using speaker verification by extracting words from the voicemail message in the target mailbox, playing the extracted words to the caller using text-to-speech, TTS, to mask the voice signature of the user, and comparing the voice signature of the caller to the voice signature of the user stored in the target mailbox; and deleting the voicemail message from the target mailbox in response to receiving an indication from the authenticated caller to recall the voicemail message. receiving the voicemail message from a user; extracting a voice signature of the user upon receiving the voicemail message from the user; storing the voice signature with the voicemail message in the target mailbox; allowing a caller to access a voicemail system using a device, wherein the owner of the target mailbox is a member of the voicemail system and the caller is a non-member of the voicemail system; authenticating the caller using speaker verification by extracting words from the voicemail message in the target mailbox, playing the extracted words to the caller using text-to-speech, TTS, to mask the voice signature of the user, and comparing the voice signature of the caller to the voice signature of the user stored in the target mailbox; and deleting the voicemail message from the target mailbox in response to receiving an indication from the authenticated caller to recall the voicemail message.
Stereo camera arrangement in a motor vehicle, in particular for the classification of objects, comprising: at least two camera modules, a mount, in which the camera modules are held at a preselected lateral distance apart, the mount being cemented to an inside of a vehicle window, characterized in that the vehicle window is a windscreen, and in-front-of-lens spaces are formed between the camera modules and the windscreen. at least two camera modules, a mount, in which the camera modules are held at a preselected lateral distance apart, the mount being cemented to an inside of a vehicle window, characterized in that the vehicle window is a windscreen, and in-front-of-lens spaces are formed between the camera modules and the windscreen.
A computer-implemented method of measuring a blood flow parameter in a vasculature, the method comprising: receiving spectral computed tomography, CT, projection data (110a, 110b) representing a flow of an injected contrast agent in the vasculature, the spectral CT projection data representing X-ray attenuation within the vasculature at a plurality of energy intervals (DE 1..m); analyzing the spectral CT projection data to isolate from the spectral CT projection data, contrast agent projection data representing the flow of the injected contrast agent; sampling the contrast agent projection data at one or more regions of interest (120 1..n) in the vasculature to provide temporal blood flow data at the one or more regions of interest; and calculating, from the temporal blood flow data, a value of one or more blood flow parameters at the one or more regions of interest (120 1..n). receiving spectral computed tomography, CT, projection data (110a, 110b) representing a flow of an injected contrast agent in the vasculature, the spectral CT projection data representing X-ray attenuation within the vasculature at a plurality of energy intervals (DE 1..m); analyzing the spectral CT projection data to isolate from the spectral CT projection data, contrast agent projection data representing the flow of the injected contrast agent; sampling the contrast agent projection data at one or more regions of interest (120 1..n) in the vasculature to provide temporal blood flow data at the one or more regions of interest; and calculating, from the temporal blood flow data, a value of one or more blood flow parameters at the one or more regions of interest (120 1..n).
A chassis of a transportable device, comprising a base structure, four rollers arranged thereon, four support feet which are likewise arranged on the base structure and which can be lowered and raised, and a hydraulic support foot actuation device which has a reservoir, a pump which can be actuated manually by hand or by foot, four support foot linear actuators, and a purely hydromechanical line and valve assembly which connects the reservoir, the pump, and the linear actuators to one another, characterised in that the line and valve assembly is designed such that, before pressure is applied to two secondary linear actuators, the two support feet associated with the two other, primary linear actuators can be completely extended by first applying pressure to said primary linear actuators by means of hydraulic liquid which is pumped out of the reservoir by the pump, until a mechanical stop (45, 46) is reached, raising the base structure.
An article, comprising: a lithium hydroxide (LiOH) adsorbent for removing CO2 having an initial water content between approximately 10 percent and approximately 20 percent by weight, or between approximately 20 percent and approximately 43 percent by weight, or between approximately 36 percent and approximately 43 percent by weight, said article being configured in a sheet comprising a polymer and the density of the LiOH adsorbent in sheet form being less than approximately 1.0 g/cm 3, wherein the density is the mass of the LiOH adsorbent divided by the volume of the LiOH adsorbent, wherein the mass of the LiOH adsorbent is the mass of the anhydrous LiOH adsorbent and does not include non-LiOH components and wherein the volume of the LiOH adsorbent is the volume of the LiOH adsorbent in its sheet form which does not include the volume of the gas-flow channels around the adsorbent sheet.
A concrete saw device comprising: a frame portion supporting a handle assembly; an engine platform supporting an engine for driving a concrete saw blade; the frame portion pivotally engaging the engine platform such that the engine platform and the frame portion supporting the handle assembly are relatively pivoting parts; characterized by a bias element extending between the handle assembly and the engine platform which is configured to bias the engine platform toward the handle assembly, wherein the bias element extends at an angle greater than 10 degrees (α, β) to at least one of the engine platform and the handle assembly. a frame portion supporting a handle assembly; an engine platform supporting an engine for driving a concrete saw blade; the frame portion pivotally engaging the engine platform such that the engine platform and the frame portion supporting the handle assembly are relatively pivoting parts; characterized by a bias element extending between the handle assembly and the engine platform which is configured to bias the engine platform toward the handle assembly, wherein the bias element extends at an angle greater than 10 degrees (α, β) to at least one of the engine platform and the handle assembly.
An energy storage system, comprising: a plurality of energy storage units; a plurality of buses; and a control system configured to receive one or more signals indicative of a voltage associated with each energy storage unit of the plurality of energy storage units, wherein the control system is configured to send one or more command signals to selectively couple each energy storage unit to one of the plurality of buses based at least on the voltage associated with the energy storage unit, characterized in that the control system is configured to send one or more command signals to selectively couple each energy storage unit to one of the plurality of buses such that energy storage units with substantially similar voltages are coupled to the same bus. a plurality of energy storage units; a plurality of buses; and a control system configured to receive one or more signals indicative of a voltage associated with each energy storage unit of the plurality of energy storage units, wherein the control system is configured to send one or more command signals to selectively couple each energy storage unit to one of the plurality of buses based at least on the voltage associated with the energy storage unit, characterized in that the control system is configured to send one or more command signals to selectively couple each energy storage unit to one of the plurality of buses such that energy storage units with substantially similar voltages are coupled to the same bus.
Method for attaching a stick of lipstick to a dispenser, the stick comprising a distal end intended for the lips, the dispenser comprising a receptacle having an insertion opening adjusted to fit a proximal end of the stick, the method comprising: - a moving step in which the insertion opening and the proximal end of the stick are brought adjacent to one another so that the insertion opening is substantially blocked, and - a nesting step during which the stick is nested in the receptacle due to a negative pressure created inside the receptacle by a vacuum pump. - a moving step in which the insertion opening and the proximal end of the stick are brought adjacent to one another so that the insertion opening is substantially blocked, and - a nesting step during which the stick is nested in the receptacle due to a negative pressure created inside the receptacle by a vacuum pump.