mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for thermal treatment of a raw material containing lithium compounds and phosphorus compounds, the apparatus comprising: an inductively heated, packed bed reactor comprising a reactor body at least partially made of refractory material, the reactor body being surrounded by at least one induction coil , the reactor body being at least partially filled with a susceptor material , the inductively heated packed bed reactor being configured for transferring at least part of the raw material including lithium compounds and/or phosphorus compounds into a gaseous phase and configured for forming a molten phase from another part of the raw material, the inductively heated packed bed reactor comprising one or more gas outlets and a molten phase outlet ; a condenser in fluidic connection with the one or more gas outlets and configured for depositing lithium species from a gaseous phase discharged from the inductively heated packed bed reactor via the one or more gas outlets and configured for separating the deposited lithium species from an exhaust gas substantially free from lithium species, wherein the susceptor material is arranged within the reactor body such that the particle size of the susceptor material varies in a radial direction, wherein the particle size of the susceptor material at the center of the reactor body is larger than the particle size of the susceptor material at the periphery of the reactor body. an inductively heated, packed bed reactor comprising a reactor body at least partially made of refractory material, the reactor body being surrounded by at least one induction coil , the reactor body being at least partially filled with a susceptor material , the inductively heated packed bed reactor being configured for transferring at least part of the raw material including lithium compounds and/or phosphorus compounds into a gaseous phase and configured for forming a molten phase from another part of the raw material, the inductively heated packed bed reactor comprising one or more gas outlets and a molten phase outlet ; a condenser in fluidic connection with the one or more gas outlets and configured for depositing lithium species from a gaseous phase discharged from the inductively heated packed bed reactor via the one or more gas outlets and configured for separating the deposited lithium species from an exhaust gas substantially free from lithium species, wherein the susceptor material is arranged within the reactor body such that the particle size of the susceptor material varies in a radial direction, wherein the particle size of the susceptor material at the center of the reactor body is larger than the particle size of the susceptor material at the periphery of the reactor body.
Polypropylene characterized by : i. a percentage of 2,1-insertions, relative to the total number of propylene molecules in the polymer chain, of at least 0.2 %; ii. a melting temperature T m ranging from 140 °C to 160 °C as determined according to ISO 3146; iii. a ratio of frequencies at fixed modulus of 1000 Pa for storage shear modulus (G') and loss shear modulus (G") greater than 4.7; iv. Carreau-Yasuda parameters η 0 , b and τ complying with the relationship: 2.18 − 1.715 b − 0.015 Ln η 0 2 + 0.944 b 2 + 0.0149 Ln η 0 Ln τ + 0.0095 Ln τ 2 > 1 when fitted to the Carreau-Yasuda equation, said Carreau-Yasuda parameters η 0 , b and τ being determined from a dynamic rheology analysis (RDA); v. a molecular weight distribution (MWD) of at least 2.5; and vi. a number average molecular weight (Mn) of at most 45 kg/mol; wherein the polypropylene has less than 100 ppm of volatile organic compounds as determined in accordance with ATD-GC-FID. i. a percentage of 2,1-insertions, relative to the total number of propylene molecules in the polymer chain, of at least 0.2 %; ii. a melting temperature T m ranging from 140 °C to 160 °C as determined according to ISO 3146; iii. a ratio of frequencies at fixed modulus of 1000 Pa for storage shear modulus (G') and loss shear modulus (G") greater than 4.7; iv. Carreau-Yasuda parameters η 0 , b and τ complying with the relationship: 2.18 − 1.715 b − 0.015 Ln η 0 2 + 0.944 b 2 + 0.0149 Ln η 0 Ln τ + 0.0095 Ln τ 2 > 1 when fitted to the Carreau-Yasuda equation, said Carreau-Yasuda parameters η 0 , b and τ being determined from a dynamic rheology analysis (RDA); v. a molecular weight distribution (MWD) of at least 2.5; and vi. a number average molecular weight (Mn) of at most 45 kg/mol; wherein the polypropylene has less than 100 ppm of volatile organic compounds as determined in accordance with ATD-GC-FID.
A vehicle imaging device comprising: an outer casing comprising a housing having an opening and a translucent cover closing the opening; and a camera module disposed inside the outer casing , wherein a part of the translucent cover is provided as a transmission window through which image capturing light to be incident on the camera module is transmitted, wherein the housing is provided with an injection portion of fluid to be blown onto the transmission window , and characterised in that the injection portion is provided with a water droplet guide portion for guiding water droplets, in order to avoid the intrusion of water droplets in the deep side of the injection portion. an outer casing comprising a housing having an opening and a translucent cover closing the opening; and a camera module disposed inside the outer casing , wherein a part of the translucent cover is provided as a transmission window through which image capturing light to be incident on the camera module is transmitted, wherein the housing is provided with an injection portion of fluid to be blown onto the transmission window , and characterised in that the injection portion is provided with a water droplet guide portion for guiding water droplets, in order to avoid the intrusion of water droplets in the deep side of the injection portion.
Safety harness device for catching a person in the event of a fall, in particular during building construction works, comprising: - at least one shoulder strap which has a chest portion , a shoulder portion and a back portion , - a locking element for releasably attaching a fall safety line , - it being possible to transfer the locking element between a work position, in which the locking element is arranged on the back portion side of the shoulder strap , and a catch position, in which the locking element is arranged on the chest portion side of the shoulder strap , characterised in that - a holding element for connecting the locking element to the shoulder strap and a release means for releasing the locking element from the holding element are provided, the release means comprising a latch and a latch receptacle , the latch being connected to the latch receptacle in the work position and it being possible to transfer the latch into a release position in which it is released from the latch receptacle by applying a predetermined longitudinal force to the locking element . - at least one shoulder strap which has a chest portion , a shoulder portion and a back portion , - a locking element for releasably attaching a fall safety line , - it being possible to transfer the locking element between a work position, in which the locking element is arranged on the back portion side of the shoulder strap , and a catch position, in which the locking element is arranged on the chest portion side of the shoulder strap , - a holding element for connecting the locking element to the shoulder strap and a release means for releasing the locking element from the holding element are provided, the release means comprising a latch and a latch receptacle , the latch being connected to the latch receptacle in the work position and it being possible to transfer the latch into a release position in which it is released from the latch receptacle by applying a predetermined longitudinal force to the locking element .
A carbon fiber reinforced polypropylene resin composition obtained by blending based on 100 parts by weight of the total of (A) a polypropylene resin and (B) a modified-polypropylene resin with components (C) to (G) below: (C) carbon fibers: 8 to 70 parts by weight; (D) a brominated flame retardant: 0.4 to 25 parts by weight; (E) an antimony oxide compound: 0.2 to 12.5 parts by weight; (F) an aminoether-type hindered amine light stabilizer (HALS): 0.05 to 2 parts by weight; and (G) an ultraviolet absorber: 0.05 to 2 parts by weight. (C) carbon fibers: 8 to 70 parts by weight; (D) a brominated flame retardant: 0.4 to 25 parts by weight; (E) an antimony oxide compound: 0.2 to 12.5 parts by weight; (F) an aminoether-type hindered amine light stabilizer (HALS): 0.05 to 2 parts by weight; and (G) an ultraviolet absorber: 0.05 to 2 parts by weight.
A punch assembly for creating clean holes in a wallboard sheet having at least one surface with a face paper layer, the punch assembly including a frame having a lower assembly configured to support the wallboard sheet , a plate on an upper frame assembly being reciprocable relative to the at least one surface of the wallboard sheet and at least one punch ; wherein the punch assembly is characterized by : at least one stripper bushing connected to the plate , said at least one stripper bushing including a hole and a piercing edge ; the at least one punch configured to move through the hole in the at least one stripper bushing , wherein in operation, the plate is moved against the at least one surface of the wallboard sheet so that the piercing edge of the at least one stripper bushing contacts the face paper layer and at least partially cuts the face paper layer prior to the at least one punch moving through the wallboard sheet to form at least one clean hole in the wallboard sheet . at least one stripper bushing connected to the plate , said at least one stripper bushing including a hole and a piercing edge ; the at least one punch configured to move through the hole in the at least one stripper bushing , wherein in operation, the plate is moved against the at least one surface of the wallboard sheet so that the piercing edge of the at least one stripper bushing contacts the face paper layer and at least partially cuts the face paper layer prior to the at least one punch moving through the wallboard sheet to form at least one clean hole in the wallboard sheet .
A magnetic cooling apparatus comprising: a magnetic field generation member arranged to generate a magnetic field; and a magnetic regeneration member having a plurality of magnetic regenerators (210, 411-418, 514) arranged to emit heat when magnetized by the magnetic field and to absorb heat when demagnetized, characterized in that the magnetic regeneration member has at least one coil arranged to move the magnetic regeneration member using interaction with the magnetic field. a magnetic field generation member arranged to generate a magnetic field; and a magnetic regeneration member having a plurality of magnetic regenerators (210, 411-418, 514) arranged to emit heat when magnetized by the magnetic field and to absorb heat when demagnetized, characterized in that the magnetic regeneration member has at least one coil arranged to move the magnetic regeneration member using interaction with the magnetic field.
A feijoa fruit extract, for use in: (i) preventing or reducing obesity in a patient; (ii) preventing or treating hyperglycaemia in a patient; or (iii) preventing or ameliorating the symptoms of diabetes in a patient associated with hyperglycaemia. (i) preventing or reducing obesity in a patient; (ii) preventing or treating hyperglycaemia in a patient; or (iii) preventing or ameliorating the symptoms of diabetes in a patient associated with hyperglycaemia.
A laminated film comprising a base material, an anchor layer, a metal deposition layer and a bonding layer, the metal deposition layer comprising indium, wherein the thickness of the metal deposition layer is 10 nm or more and 20 nm or less, wherein the bonding layer comprises a colorant, wherein the colorant comprises at least one of a blue pigment and a magenta pigment, wherein an OD value of the laminated film is 1,2 or less, wherein, in the laminated film, an a* value and a b* value of a transmitted light in a L*a*b* color space satisfy the following inequality : OD value × a * 2 + b * 2 1 / 2 ≤ 6,7 wherein the OD value of the laminated film is measured according to a method disclosed in the description, and wherein, for the laminated film, the a* value and the b* value are measured according to a method disclosed in the description. the metal deposition layer comprising indium, wherein the thickness of the metal deposition layer is 10 nm or more and 20 nm or less, wherein the bonding layer comprises a colorant, wherein the colorant comprises at least one of a blue pigment and a magenta pigment, wherein an OD value of the laminated film is 1,2 or less, wherein, in the laminated film, an a* value and a b* value of a transmitted light in a L*a*b* color space satisfy the following inequality : OD value × a * 2 + b * 2 1 / 2 ≤ 6,7 wherein the OD value of the laminated film is measured according to a method disclosed in the description, and wherein, for the laminated film, the a* value and the b* value are measured according to a method disclosed in the description.
A holographic sight comprising a chassis having a base ; a support member integrally formed with the base and extending upward from the base ; a plurality of optical components including a laser diode , a mirror , a collimating optic , a diffraction grating , and an image hologram , and a unitary optical component carrier integrally formed with the support member , the unitary optical component carrier comprising a first receptacle configured to receive the laser diode , a second receptacle configured to receive the mirror , a third receptacle configured to receive the collimating optic , a fourth receptacle configured to receive the diffraction grating , and a fifth receptacle configured to receive the image hologram , wherein the support member is flexible and the unitary optical component carrier angularly movable, and wherein the unitary optical component carrier comprises a rigid body and is substantially resistant to changes in relative distances between the optical components (134, 136, 138, 140, and 142). a base ; a support member integrally formed with the base and extending upward from the base ; a plurality of optical components including a laser diode , a mirror , a collimating optic , a diffraction grating , and an image hologram , and a unitary optical component carrier integrally formed with the support member , the unitary optical component carrier comprising a first receptacle configured to receive the laser diode , a second receptacle configured to receive the mirror , a third receptacle configured to receive the collimating optic , a fourth receptacle configured to receive the diffraction grating , and a fifth receptacle configured to receive the image hologram , wherein the support member is flexible and the unitary optical component carrier angularly movable, and wherein the unitary optical component carrier comprises a rigid body and is substantially resistant to changes in relative distances between the optical components (134, 136, 138, 140, and 142).
An upper for an article of footwear comprising: a base layer configured to define a foot-receiving cavity ; an exterior layer at least partially covering an outer side of the base layer and defining a first aperture and a second aperture both in a forefoot region of the exterior layer with the second aperture rearward of the first aperture; a first strap and a second strap , each including a central portion , a front branch , and a rear branch , the front branch and the rear branch disposed between the outer side of the base layer and the exterior layer, the front branch extending forward from the central portion to a lower extent of the base layer and the rear branch extending rearward from the central portion to the lower extent of the base layer, the front branch of the second strap crossing the rear branch of the first strap and disposed forward of the rear branch of the first strap at the lower extent of the base layer; and wherein the central portion of the first strap extends through the first aperture and defines a first loop configured to receive a lace , and the central portion of the second strap extends through the second aperture and defines a second loop configured to receive the lace, wherein the first strap and the second strap each include an inner front branch and an inner rear branch extending from the central portion and disposed at an inner side of the base layer, with the inner front branch symmetrical with the front branch disposed at the outer side of the base layer and the inner rear branch symmetrical with the rear branch disposed at the outer side of the base layer. a base layer configured to define a foot-receiving cavity ; an exterior layer at least partially covering an outer side of the base layer and defining a first aperture and a second aperture both in a forefoot region of the exterior layer with the second aperture rearward of the first aperture; a first strap and a second strap , each including a central portion , a front branch , and a rear branch , the front branch and the rear branch disposed between the outer side of the base layer and the exterior layer, the front branch extending forward from the central portion to a lower extent of the base layer and the rear branch extending rearward from the central portion to the lower extent of the base layer, the front branch of the second strap crossing the rear branch of the first strap and disposed forward of the rear branch of the first strap at the lower extent of the base layer; and wherein the central portion of the first strap extends through the first aperture and defines a first loop configured to receive a lace , and the central portion of the second strap extends through the second aperture and defines a second loop configured to receive the lace, wherein the first strap and the second strap each include an inner front branch and an inner rear branch extending from the central portion and disposed at an inner side of the base layer, with the inner front branch symmetrical with the front branch disposed at the outer side of the base layer and the inner rear branch symmetrical with the rear branch disposed at the outer side of the base layer.
Component - with a substrate (SU) having a first thermal conductivity coefficient as, - with component structures (BES) generating dissipation heat on an active side of the substrate, - with a carrier (TR), - with metallic connecting means (VM), with which the active side of the substrate is mounted on the carrier, - with a heat-conducting means (CL T , CL 1 , CL 2 ) applied to the back side of the substrate located opposite to the active side, - wherein the heat-conducting means comprises a material having a second thermal conductivity coefficient α LS , - wherein α LS >> α S , - in which the vertical heat transport through the substrate in structured areas of the substrate from the component structures (SB BES ) to the heat-conducting means and/or the heat-conducting means to the connecting means (SB VM ) with respect to the remaining regions of the substrate is facilitated, - in which the layer thickness of the substrate is reduced in the structured areas. - with a substrate (SU) having a first thermal conductivity coefficient as, - with component structures (BES) generating dissipation heat on an active side of the substrate, - with a carrier (TR), - with metallic connecting means (VM), with which the active side of the substrate is mounted on the carrier, - with a heat-conducting means (CL T , CL 1 , CL 2 ) applied to the back side of the substrate located opposite to the active side, - wherein the heat-conducting means comprises a material having a second thermal conductivity coefficient α LS , - wherein α LS >> α S , - in which the vertical heat transport through the substrate in structured areas of the substrate from the component structures (SB BES ) to the heat-conducting means and/or the heat-conducting means to the connecting means (SB VM ) with respect to the remaining regions of the substrate is facilitated, - in which the layer thickness of the substrate is reduced in the structured areas.
A method for measuring total hemoglobin concentration in a capillary blood vessel, comprising: illuminating a bodily tissue containing the capillary blood vessel; generating images of the capillary blood vessel and its surrounding tissue at a first wavelength, taken by a narrow-field confocal detection system, in the region of an isosbestic wavelength of oxyhemoglobin and deoxy-hemoglobin; determining at that first wavelength, comparative imaged intensities of the blood vessel and of the surrounding tissue; estimating an optical path length of the illumination through the capillary vessel by determining a size of the capillary vessel from at least one of the generated images; and using the estimated optical path length and the comparative imaged intensities of the capillary blood vessel and of the surrounding tissue to determine the total hemoglobin concentration in the blood flowing in the capillary blood vessel. illuminating a bodily tissue containing the capillary blood vessel; generating images of the capillary blood vessel and its surrounding tissue at a first wavelength, taken by a narrow-field confocal detection system, in the region of an isosbestic wavelength of oxyhemoglobin and deoxy-hemoglobin; determining at that first wavelength, comparative imaged intensities of the blood vessel and of the surrounding tissue; estimating an optical path length of the illumination through the capillary vessel by determining a size of the capillary vessel from at least one of the generated images; and using the estimated optical path length and the comparative imaged intensities of the capillary blood vessel and of the surrounding tissue to determine the total hemoglobin concentration in the blood flowing in the capillary blood vessel.
An agricultural vehicle , in particular a combine harvester , comprising an apparatus for feeding or conveying grain including a conveyor [20/22] for moving grain and having an input end and an output end, wherein the apparatus further comprises an electromagnetically actuated viscous clutch either directly or indirectly connected to the input end of the conveyor [20/22] for transmitting torque from an input component to the input end of the conveyor [20/22], characterized in that : the apparatus further comprises a controller that is configured to either energize or deenergize the electromagnetically actuated viscous clutch clutch to adjust a torque imparted to the conveyor [20/22] by the input component , and the apparatus further comprises a sensor connected to the controller for detecting motion of the conveyor [20/22], and wherein the controller is configured to adjust a torque transmitted by the viscous clutch as a function of the detected motion. the apparatus further comprises a controller that is configured to either energize or deenergize the electromagnetically actuated viscous clutch clutch to adjust a torque imparted to the conveyor [20/22] by the input component , and the apparatus further comprises a sensor connected to the controller for detecting motion of the conveyor [20/22], and wherein the controller is configured to adjust a torque transmitted by the viscous clutch as a function of the detected motion.