mhurhangee/patent-ind-claim-en huggingface dataset:
A backlight unit, comprising: a light guide plate including a front surface, a rear surface opposite to the front surface, and a side surface connecting the front surface and the rear surface; a frame including a plate covering the rear surface of the light guide plate , a first side portion extending forward from a side of the plate and covering the side surface of the light guide plate , and a second side portion extending forward from the side of the plate , the second side portion being spaced apart from the first side portion and covering the side surface of the light guide plate ; a reflection sheet positioned on the frame and positioned on a rear surface of the light guide plate ; a housing coupled to the side of the plate and covering a gap between the first side portion and the second side portion ; a substrate positioned on the housing and facing the side surface of the light guide plate ; a light assembly coupled to the substrate , wherein the housing is exposed to an exterior of the frame , and wherein the light guide plate includes a protruded portion that protrudes from the side surface of the light guide plate and is positioned in the gap between the first side portion and the second side portion , characterised by a dam pad located on the substrate , wherein the light assembly is separated from the reflection sheet and the light guide plate by the dam pad . a light guide plate including a front surface, a rear surface opposite to the front surface, and a side surface connecting the front surface and the rear surface; a frame including a plate covering the rear surface of the light guide plate , a first side portion extending forward from a side of the plate and covering the side surface of the light guide plate , and a second side portion extending forward from the side of the plate , the second side portion being spaced apart from the first side portion and covering the side surface of the light guide plate ; a reflection sheet positioned on the frame and positioned on a rear surface of the light guide plate ; a housing coupled to the side of the plate and covering a gap between the first side portion and the second side portion ; a substrate positioned on the housing and facing the side surface of the light guide plate ; a light assembly coupled to the substrate , wherein the housing is exposed to an exterior of the frame , and wherein the light guide plate includes a protruded portion that protrudes from the side surface of the light guide plate and is positioned in the gap between the first side portion and the second side portion , characterised by a dam pad located on the substrate , wherein the light assembly is separated from the reflection sheet and the light guide plate by the dam pad .
Device for variothermal tempering of an injection moulding tool , comprising a heating circuit , in which a heating module is arranged and a cooling circuit , which is connected to a fluid source, wherein the heating circuit and the cooling circuit are guided through the injection moulding tool and wherein means for continuous pressure control of the heating circuit are arranged, characterised in that the means for continuous pressure control of the heating circuit comprise a pressure pump for generating the required operating pressure, which is directly connected to the heating circuit and the cooling circuit via pressure compensation lines .
A pharmaceutical composition suitable for oral administration comprising a compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein each of X 1 , X 2 , X 3 , X 4 , X 5 , X 6 , and X 7 is independently hydrogen or deuterium; Y 1 , Y 2 , and Y 3 are CD 3 ; each of Y 4 , Y 5 , and Y 6 is independently CH 3 or CD 3 ; wherein the isotopic enrichment factor for each designated deuterium atom is at least 6000; and wherein any atom not designated as deuterium is present at its natural isotopic abundance, provided that the compound of Formula I is not compound 100: and a pharmaceutically acceptable carrier. each of X 1 , X 2 , X 3 , X 4 , X 5 , X 6 , and X 7 is independently hydrogen or deuterium; Y 1 , Y 2 , and Y 3 are CD 3 ; each of Y 4 , Y 5 , and Y 6 is independently CH 3 or CD 3 ; wherein the isotopic enrichment factor for each designated deuterium atom is at least 6000; and wherein any atom not designated as deuterium is present at its natural isotopic abundance, provided that the compound of Formula I is not compound 100: and a pharmaceutically acceptable carrier.
A method of freezing tuna blocks by immersion chilling and freezing with CaCl 2 solution, comprising following steps: preparing a tuna; wherein the tuna is stored in a vacuum environment with a temperature of minus 55 DEG C for 5 minutes; preparing a CaCl 2 solution with a mass concentrations of 29.40%; wherein the CaCl 2 solution has a freezing point of minus 50.1 DEG C; placing the prepared CaCl 2 solution into a refrigerator set at minus 40 DEG C; and cooling the prepared CaCl 2 solution to minus 40 DEG C; wherein an error range of temperature of the refrigerator is +/-1 DEG C; rapidly cutting the tuna into blocks under a sterile condition on a super clean bench; wherein a mass of each tuna block is (90±5) g and a size of each tuna block is 6cm ∗ 5cm ∗ 3cm; completely immersing the tuna blocks in the CaCl 2 solution and taking out the tuna blocks from the CaCl 2 solution when a central temperature of the tuna blocks achieves minus 18∼minus 25 DEG C. preparing a tuna; wherein the tuna is stored in a vacuum environment with a temperature of minus 55 DEG C for 5 minutes; preparing a CaCl 2 solution with a mass concentrations of 29.40%; wherein the CaCl 2 solution has a freezing point of minus 50.1 DEG C; placing the prepared CaCl 2 solution into a refrigerator set at minus 40 DEG C; and cooling the prepared CaCl 2 solution to minus 40 DEG C; wherein an error range of temperature of the refrigerator is +/-1 DEG C; rapidly cutting the tuna into blocks under a sterile condition on a super clean bench; wherein a mass of each tuna block is (90±5) g and a size of each tuna block is 6cm ∗ 5cm ∗ 3cm; completely immersing the tuna blocks in the CaCl 2 solution and taking out the tuna blocks from the CaCl 2 solution when a central temperature of the tuna blocks achieves minus 18∼minus 25 DEG C.
A hydrocarbon recovery method comprising: in a subterranean hydrocarbon reservoir comprising a hydrocarbon-bearing zone above a water-bearing zone : injecting a first injectant of a first type into the water-bearing zone through a first injection well formed to a first depth in the water-bearing zone, the first injectant configured to sweep hydrocarbons in the hydrocarbon-bearing zone toward a surface of the subterranean hydrocarbon reservoir; and injecting a second injectant of a second type different from the first type into the water-bearing zone through a second injection well formed to a second depth deeper than the first depth in the water-bearing zone, the second injectant injected to form a fluidic barrier that prevents a portion of the first injectant that was injected through the first injection well from flowing downward, away from the surface. injecting a first injectant of a first type into the water-bearing zone through a first injection well formed to a first depth in the water-bearing zone, the first injectant configured to sweep hydrocarbons in the hydrocarbon-bearing zone toward a surface of the subterranean hydrocarbon reservoir; and injecting a second injectant of a second type different from the first type into the water-bearing zone through a second injection well formed to a second depth deeper than the first depth in the water-bearing zone, the second injectant injected to form a fluidic barrier that prevents a portion of the first injectant that was injected through the first injection well from flowing downward, away from the surface.
Method for producing pouches for tobacco, wherein the pouches have a pocket for accommodating a pouch contents, and wherein the pocket is bounded by lateral seams , and wherein the pocket has an opening for supplying or for removing the pouch contents, and wherein the opening is closable by a pouch flap of the pouch , and wherein at least one separate blank is attached to the pouch by adhesive bonding, in particular a tape for securing the pouch flap to the pouch in a closed position, or a wrap-around label , wherein the blank is attached in a first step with a first portion to the pouch , and in that subsequently, in a second step, a second portion of the blank is pressed against the pouch in a manner following a curved contour of the pouch and is attached to the latter, characterized in that the blank is attached with the first portion to the pouch flap in such a manner that the second portion projects beyond an edge of the pouch flap , and wherein the first portion is attached in the region of a large side surface of the pouch , and wherein the second portion is guided as far as into the region of an opposite side surface and is attached there.
An article comprising: an inorganic filler, wherein the inorganic filler comprises kaolin clay; 3 % to 20 % fully hydrolyzed polyvinyl alcohol fibers, wherein the percentages are by weight; a polymer binder; and high surface area fibers comprising glass microfibers, wherein the article is formed as a nonwoven paper. an inorganic filler, wherein the inorganic filler comprises kaolin clay; 3 % to 20 % fully hydrolyzed polyvinyl alcohol fibers, wherein the percentages are by weight; a polymer binder; and high surface area fibers comprising glass microfibers, wherein the article is formed as a nonwoven paper.
Stent delivery system , comprising: - a handling device having a housing , a thumbwheel mounted in the housing to be rotatable, and a winding spool rotating together with the thumbwheel ; - a catheter arrangement having an inner shaft , with a proximal end of the inner shaft fixed on the housing , an outer sheath disposed coaxially to the inner shaft , and having at least one stent which is received radially between the inner shaft and the outer sheath ; - a flexible pull member which, with one end, engages on a proximal end of the outer sheath and, with the other end, is held on the winding spool to be windable; - wherein, for release of at least the one stent , the outer sheath is displaceable relative to the inner shaft in the proximal direction by means of winding the flexible pull member on the winding spool ; - characterized in that a deflecting and tensioning device is provided spaced from the winding spool in the proximal direction, which deflecting and tensioning device is in operative connection to the flexible pull member , and is configured to deflect the flexible pull member in a direction towards the winding spool and to tension the flexible pull member , wherein the deflecting and tensioning device includes a base body fixed in the housing and a tensioning element acting on the flexible pull member , which tensioning element is mounted on the base body to be movable relative to the base body between different tensioning positions, wherein the flexible pull member in the different tensioning positions is tensioned by means of the tensioning element to a different extent. - a handling device having a housing , a thumbwheel mounted in the housing to be rotatable, and a winding spool rotating together with the thumbwheel ; - a catheter arrangement having an inner shaft , with a proximal end of the inner shaft fixed on the housing , an outer sheath disposed coaxially to the inner shaft , and having at least one stent which is received radially between the inner shaft and the outer sheath ; - a flexible pull member which, with one end, engages on a proximal end of the outer sheath and, with the other end, is held on the winding spool to be windable; - wherein, for release of at least the one stent , the outer sheath is displaceable relative to the inner shaft in the proximal direction by means of winding the flexible pull member on the winding spool ; - characterized in that a deflecting and tensioning device is provided spaced from the winding spool in the proximal direction, which deflecting and tensioning device is in operative connection to the flexible pull member , and is configured to deflect the flexible pull member in a direction towards the winding spool and to tension the flexible pull member , wherein the deflecting and tensioning device includes a base body fixed in the housing and a tensioning element acting on the flexible pull member , which tensioning element is mounted on the base body to be movable relative to the base body between different tensioning positions, wherein the flexible pull member in the different tensioning positions is tensioned by means of the tensioning element to a different extent.
A nozzle for a three-dimensional printing apparatus, comprising a main nozzle body having an inlet end , an outlet end and a central conduit arranged there between, wherein the main nozzle body is made of an electrically non-conductive body material, and wherein the main nozzle body is provided with an electrically conductive first layer and an electrically non-conductive second layer arranged around the main nozzle body , and wherein the electrically non-conductive body material comprises a first glass material, a first ceramic material, a first mineral material or a combination thereof, wherein the electrically conductive first layer and the electrically non-conductive second layer are arranged next to each other in a longitudinal direction of the nozzle .
A molding system comprising a heating and cooling module and a mold cavity , the heating and cooling module comprising a die insert including a mold surface defining a part of the mold cavity , and a cooling unit for cooling the mold surface, characterized in that the heating and cooling module further comprises a layered heater including functional layers formed directly on a surface of the cooling unit or a surface of the die insert opposite to the mold surface by using layered or layering processes selected from a group consisting of thick film, thin film, thermal spray and sol-gel processes for heating the mold surface, wherein the layered heater is disposed between the die insert and the cooling unit . characterized in that the heating and cooling module further comprises a layered heater including functional layers formed directly on a surface of the cooling unit or a surface of the die insert opposite to the mold surface by using layered or layering processes selected from a group consisting of thick film, thin film, thermal spray and sol-gel processes for heating the mold surface, wherein the layered heater is disposed between the die insert and the cooling unit .
An infection detection device , comprising: a housing having a display configured to output a level of infection at a surgical site; a probe having a proximal end portion attached to the housing and a distal end portion configured for insertion into a surgical site; and a detection device integrated along the probe, the detection device configured to measure a level of infection at a surgical site and communicate with the display to alert a user when a predetermined level of infection is detected at the surgical site, the detection device including a sterile applicator selectively attachable to the distal end portion of the probe, the sterile applicator configured to retrieve a tissue sample from the surgical site characterized in that the device further comprises a photometer configured to measure a level of infection from the tissue sample retrieved by the sterile applicator and wherein the photometer includes a reading chamber configured to receive the sterile applicator for testing a level of infection of the tissue sample therewith. a housing having a display configured to output a level of infection at a surgical site; a probe having a proximal end portion attached to the housing and a distal end portion configured for insertion into a surgical site; and a detection device integrated along the probe, the detection device configured to measure a level of infection at a surgical site and communicate with the display to alert a user when a predetermined level of infection is detected at the surgical site, the detection device including a sterile applicator selectively attachable to the distal end portion of the probe, the sterile applicator configured to retrieve a tissue sample from the surgical site characterized in that the device further comprises a photometer configured to measure a level of infection from the tissue sample retrieved by the sterile applicator and wherein the photometer includes a reading chamber configured to receive the sterile applicator for testing a level of infection of the tissue sample therewith.
A locking structure for a stator core that locks the stator core having a circular outer circumference into an inner circumference of a cylindrical housing , the locking structure comprising: a first cut-out formed in the outer circumference of the stator core ; a second cut-out formed in the inner circumference of the housing ; and a key interposed between the first and second cut-outs , wherein the key has a U-shaped longitudinal cross section, wherein the stator core has a center axis, the first cut-out is a first groove formed in the stator core in parallel with the center axis, the second cut-out is a second groove formed in the housing in parallel with the center axis, characterized in that the key comprises a spring portion serving as a plate spring that applies a spring force to at least one of the first and second cut-outs , a torque support portion supported by the spring portion and arranged across the first and second cut-outs , and wherein the first groove is longer than the second groove, the torque support portion is housed in an area where the first and second grooves confront each other, and the spring portion is housed in a key hole formed by the first groove and an inner circumferential surface of the housing . a first cut-out formed in the outer circumference of the stator core ; a second cut-out formed in the inner circumference of the housing ; and a key interposed between the first and second cut-outs , wherein the key has a U-shaped longitudinal cross section, wherein the stator core has a center axis, the first cut-out is a first groove formed in the stator core in parallel with the center axis, the second cut-out is a second groove formed in the housing in parallel with the center axis, characterized in that the key comprises a spring portion serving as a plate spring that applies a spring force to at least one of the first and second cut-outs , a torque support portion supported by the spring portion and arranged across the first and second cut-outs , and wherein the first groove is longer than the second groove, the torque support portion is housed in an area where the first and second grooves confront each other, and the spring portion is housed in a key hole formed by the first groove and an inner circumferential surface of the housing .
A gas injection nozzle refractory with one or more gas injection small metal tubes buried in a carbon-containing refractory, comprising: a central refractory with the small metal tubes buried therein; and a peripheral refractory surrounding the central refractory, wherein the central refractory on a plane of the gas injection nozzle refractory has an external shape of a circle with a radius in the range of R + 10 to R + 150 mm concentric with a virtual circle with a minimum radius surrounding all the buried small metal tubes, R mm being a radius of the virtual circle, the central refractory is a MgO-C refractory with a carbon content in the range of 40% to 80% by mass, a metal Al content in the range of 3% to 8% by mass, and a mass ratio of a metal Si content to the metal Al content in the range of 0.30 to 1.0, and the peripheral refractory is a MgO-C refractory with a carbon content in the range of 10% to 25% by mass. a central refractory with the small metal tubes buried therein; and a peripheral refractory surrounding the central refractory, wherein the central refractory on a plane of the gas injection nozzle refractory has an external shape of a circle with a radius in the range of R + 10 to R + 150 mm concentric with a virtual circle with a minimum radius surrounding all the buried small metal tubes, R mm being a radius of the virtual circle, the central refractory is a MgO-C refractory with a carbon content in the range of 40% to 80% by mass, a metal Al content in the range of 3% to 8% by mass, and a mass ratio of a metal Si content to the metal Al content in the range of 0.30 to 1.0, and the peripheral refractory is a MgO-C refractory with a carbon content in the range of 10% to 25% by mass.
An implantable medical device system, comprising: an implantable component configured to be implanted in a recipient of the implantable medical device system; an external device ; and an external component configured to be attached to the recipient; wherein the external component is configured to operate as a temporary secure proxy device for wireless pairing of the implantable component with the external device , wherein to operate as a temporary secure proxy device for wireless pairing of the external device with the implantable component , the external component is configured to: implement a pairing process with the external device to obtain security data for formation of a non-closely coupled wireless connection between the external component and the external device; and transfer the security data to the implantable component over a closely-coupled wireless connection formed between the external component and the implantable component . an implantable component configured to be implanted in a recipient of the implantable medical device system; an external device ; and an external component configured to be attached to the recipient; wherein the external component is configured to operate as a temporary secure proxy device for wireless pairing of the implantable component with the external device , wherein to operate as a temporary secure proxy device for wireless pairing of the external device with the implantable component , the external component is configured to: implement a pairing process with the external device to obtain security data for formation of a non-closely coupled wireless connection between the external component and the external device; and transfer the security data to the implantable component over a closely-coupled wireless connection formed between the external component and the implantable component . implement a pairing process with the external device to obtain security data for formation of a non-closely coupled wireless connection between the external component and the external device; and transfer the security data to the implantable component over a closely-coupled wireless connection formed between the external component and the implantable component .