mhurhangee/patent-ind-claim-en huggingface dataset:
A cooking appliance comprising: a chassis defining a cooking chamber and having an access opening ; a heating element located within the chassis ; a door pivotably mounted to the chassis , the door being movable between a closed position to close the access opening and an opened position to open the access opening ; a transparent touchscreen provided on the door ; a first camera mounted to the chassis for imaging the cooking chamber and configured to generate a first signal representative an image of a food item contained within the cooking chamber for display on the transparent, touchscreen display ; characterized in that the cooking appliance further comprises: a second camera provided on the chassis for imaging the environment surrounding the cooking appliance and configured to determine a position and movement of a user and generate a second signal representative of the position and movement of the user ; and a controller communicatively and operably coupled to the transparent, touchscreen display , the first camera , and the second camera , and configured to receive the first signal and the second signal, and display the image of the food item contained within the cooking chamber on the transparent, touchscreen display as an augmented image of the food item that is adjustable based upon the position and movement of the user as determined by the second signal. a chassis defining a cooking chamber and having an access opening ; a heating element located within the chassis ; a door pivotably mounted to the chassis , the door being movable between a closed position to close the access opening and an opened position to open the access opening ; a transparent touchscreen provided on the door ; a first camera mounted to the chassis for imaging the cooking chamber and configured to generate a first signal representative an image of a food item contained within the cooking chamber for display on the transparent, touchscreen display ; a second camera provided on the chassis for imaging the environment surrounding the cooking appliance and configured to determine a position and movement of a user and generate a second signal representative of the position and movement of the user ; and a controller communicatively and operably coupled to the transparent, touchscreen display , the first camera , and the second camera , and configured to receive the first signal and the second signal, and display the image of the food item contained within the cooking chamber on the transparent, touchscreen display as an augmented image of the food item that is adjustable based upon the position and movement of the user as determined by the second signal.
Hole saw comprising a saw body which has a wall surrounding a cylindrical cavity, the edge of the wall having teeth set radially inward and teeth set radially outward, which teeth are positioned directly one behind the other and are arranged in groups on the edge and each group having at least one tooth set radially inward and one tooth set radially outward and the edge between two successive groups in the circumferential direction being otherwise untoothed and having an indentation in the wall , characterised in that at least one chip thickness limiter is arranged on the edge , the front edge of which limiter in the cutting direction is spaced apart from the teeth by an untoothed circumferential portion and the rear edge of which merges into an edge (6") of the indentation .
Roll stand for rolling metallic material, comprising two roll housings with a housing cross member , wherein a roll is rotatably mounted in the roll housings , wherein the roll is operatively connected with a balancing cross member and wherein at least one hydraulic piston-cylinder system , by which a tension force can be generated between the housing cross member and the balancing cross member , is arranged in the housing cross member , characterised in that the piston-cylinder system comprises a cylinder housing with an upper axial end and a lower axial end , wherein a piston is displaceably arranged in the cylinder housing and wherein the piston projects beyond the cylinder housing in every operational state not only at the upper axial end thereof, but also at the lower axial end thereof.
Propulsion system of an aircraft , said propulsion system including a turbojet including compression stages and a fan duct, and a heat exchanger system , which includes: - a heat exchanger fastened in the fan duct and including a supply connection, a transfer connection disposed aft of the heat exchanger and pneumatically connected to the supply connection through the heat exchanger , at least one scoop connection (252a-b) and an evacuation connection pneumatically connected to each scoop connection (252a-b) through the heat exchanger , - a supply pipe , which is connected to the supply connection, and which bleeds hot air from the compression stages and supplies the heat exchanger with the hot air bled in this way, - a transfer pipe , which is connected to the transfer connection , for transferring the hot air that has passed through the heat exchanger to an air management system of the aircraft , - for each scoop connection (252a-b), a scoop (216a-b), which is connected to the scoop connection (252a-b) and which bleeds cold air from the fan duct and supplies the heat exchanger with the cold air bled in this way, and - an evacuation pipe , which includes an inlet connected to the evacuation connection and an outlet , which emerges on the outside, where the passage of the hot air through the heat exchanger from the supply pipe to the transfer pipe takes place along a first transfer direction and where the passage of the cold air through the heat exchanger from each scoop (216a-b) to the inlet takes place along a second transfer direction parallel to the first transfer direction but in the opposite direction the propulsion system being characterized in that the supply connection is disposed forward of the heat exchanger , said at least one scoop connection (252a-b) is disposed aft of the heat exchanger , and the evacuation connection is disposed forward of the heat exchanger . - a heat exchanger fastened in the fan duct and including a supply connection, a transfer connection disposed aft of the heat exchanger and pneumatically connected to the supply connection through the heat exchanger , at least one scoop connection (252a-b) and an evacuation connection pneumatically connected to each scoop connection (252a-b) through the heat exchanger , - a supply pipe , which is connected to the supply connection, and which bleeds hot air from the compression stages and supplies the heat exchanger with the hot air bled in this way, - a transfer pipe , which is connected to the transfer connection , for transferring the hot air that has passed through the heat exchanger to an air management system of the aircraft , - for each scoop connection (252a-b), a scoop (216a-b), which is connected to the scoop connection (252a-b) and which bleeds cold air from the fan duct and supplies the heat exchanger with the cold air bled in this way, and - an evacuation pipe , which includes an inlet connected to the evacuation connection and an outlet , which emerges on the outside,
An orthodontic bracket , comprising: a bracket base which can be releasably securable to an anterior facing surface of a patient's tooth ; a bracket body which moveably cooperates with the bracket base , and wherein the bracket body has an anterior facing surface which defines, at least in part, a transversely disposed arch wire slot which communicates with the anterior facing surface of the bracket body and is configured to receive an archwire; a bracket body insert which is releasably received within the transversely disposed arch wire slot , and which further forms, at least in part, a portion of the transversely disposed arch wire slot , and further selectively fixes the orientation of the moveable bracket body relative to the bracket base , wherein the moveable bracket body , acting in combination with the bracket body insert , each are configured to respectively engage the arch wire to provide a multiplicity of torque expressions when the orthodontic bracket is secured to the patient's tooth , and wherein the transversely disposed arch wire slot has a cross-sectional dimension, and wherein the bracket body insert is operable to selectively adjust the cross-sectional dimension of the transversely disposed arch wire slot . a bracket base which can be releasably securable to an anterior facing surface of a patient's tooth ; a bracket body which moveably cooperates with the bracket base , and wherein the bracket body has an anterior facing surface which defines, at least in part, a transversely disposed arch wire slot which communicates with the anterior facing surface of the bracket body and is configured to receive an archwire; a bracket body insert which is releasably received within the transversely disposed arch wire slot , and which further forms, at least in part, a portion of the transversely disposed arch wire slot , and further selectively fixes the orientation of the moveable bracket body relative to the bracket base , wherein the moveable bracket body , acting in combination with the bracket body insert , each are configured to respectively engage the arch wire to provide a multiplicity of torque expressions when the orthodontic bracket is secured to the patient's tooth , and wherein the transversely disposed arch wire slot has a cross-sectional dimension, and wherein the bracket body insert is operable to selectively adjust the cross-sectional dimension of the transversely disposed arch wire slot .
An electric pepper grinder, comprising a shell , a grinding mechanism , a reducing mechanism and a power mechanism in the shell , wherein a storage bin is provided in a window , the grinding mechanism is at one end of the storage bin , the storage bin is interconnected with the grinding mechanism , the power mechanism and reducing mechanism are at the other end of the storage bin opposite to the grinding mechanism , the power mechanism comprises a power source , a motor , a gravity switch and a control switch , the control switch controls the connection and disconnection between the gravity switch and the power source , characterized in that the window is opened on the side of the shell , wherein a bin cover that can cover or open the window is provided, there are a plurality of lower clips around the window , the lower clips match upper clips on the bin cover so that the bin cover is mounted on the shell in a detachable manner, an alignment point is provided on the window , a locating point is provided on the bin cover , and the alignment point matches the locating point when it is connected to the shell in a sliding manner on the shell to restrict the shift of the bin cover . the window is opened on the side of the shell , wherein a bin cover that can cover or open the window is provided, there are a plurality of lower clips around the window , the lower clips match upper clips on the bin cover so that the bin cover is mounted on the shell in a detachable manner, an alignment point is provided on the window , a locating point is provided on the bin cover , and the alignment point matches the locating point when it is connected to the shell in a sliding manner on the shell to restrict the shift of the bin cover .
Method for the production of fiber-reinforced semi-finished products, wherein the fibers are impregnated with monomer and fiber-containing flakes and/or individual fibers are added after impregnation, characterized in that the following steps are performed: (a) Feeding a fiber structure onto a conveyor belt , (b) Impregnating the fiber structure using a solution containing monomer, optionally an activator and optionally a catalyst, (c) Distributing the fiber-containing flakes and/or the individual fibers over the impregnated fiber structure, (d) Passing the fiber structure with the solution through at least one pair of rollers , in which pressure is applied to the fiber structure , (e) Cooling the impregnated fiber structure so that the monomer solidifies. (a) Feeding a fiber structure onto a conveyor belt , (b) Impregnating the fiber structure using a solution containing monomer, optionally an activator and optionally a catalyst, (c) Distributing the fiber-containing flakes and/or the individual fibers over the impregnated fiber structure, (d) Passing the fiber structure with the solution through at least one pair of rollers , in which pressure is applied to the fiber structure , (e) Cooling the impregnated fiber structure so that the monomer solidifies.
Use of a monoclonal antibody composition of anti-CD20 antibodies with an average amount of fucose of 60% or less of the total amount of oligosaccharides at Asn297 wherein said antibodies are humanized B-Ly1 antibodies of IgG1 or IgG3 isotype, and the humanized B-Ly1 antibodies are characterized in comprising an amino acid sequence of the variable region of the heavy chain (VH) of SEQ ID NO: 7 (B-HH6), and in comprising an amino acid sequence of the variable region of the light chain (VL) of SEQ ID NO: 20(B-KV1) for the manufacture of a medicament for the treatment of cancer in combination with a mTOR inhibitor wherein the cancer is a CD20 expressing B-Cell Non-Hodgkin's lymphoma (NHL); wherein said mTOR inhibitor is Temsirolimus or Everolimus.
A hybrid jet engine configured to utilize combustion and electricity, the hybrid jet engine comprising: a front cowling having a first tubular shape with a first diameter; a rear cowling having a second tubular shape with a second diameter, the rear cowling being connected to the front cowling, wherein the second diameter is less than the first diameter; a central core disposed within the front cowling and the rear cowling; a shaft disposed longitudinally within the central core; a plurality of main fan blades disposed at a first end of the shaft at the front cowling; a plurality of auxiliary fan blades disposed at a second end of the shaft at the rear cowling; at least one aerodynamic stabilizer disposed on a surface of the central core and extending therefrom to provide a connection between the central core and the front cowling; and at least one Tesla one way valve disposed on, and extending circumferentially about a portion of, the surface of the central core and configured to receive a first portion of ram air for combustion, form a mixture of a fuel with the first portion of ram air, combust the mixture to form combustion product gases, and provide the combustion product gases to the plurality of auxiliary fan blades, wherein the plurality of main fan blades are connected to the plurality of auxiliary fan blades via the shaft and are configured rotate in response to rotation of the plurality of auxiliary fan blades. a front cowling having a first tubular shape with a first diameter; a rear cowling having a second tubular shape with a second diameter, the rear cowling being connected to the front cowling, wherein the second diameter is less than the first diameter; a central core disposed within the front cowling and the rear cowling; a shaft disposed longitudinally within the central core; a plurality of main fan blades disposed at a first end of the shaft at the front cowling; a plurality of auxiliary fan blades disposed at a second end of the shaft at the rear cowling; at least one aerodynamic stabilizer disposed on a surface of the central core and extending therefrom to provide a connection between the central core and the front cowling; and at least one Tesla one way valve disposed on, and extending circumferentially about a portion of, the surface of the central core and configured to receive a first portion of ram air for combustion, form a mixture of a fuel with the first portion of ram air, combust the mixture to form combustion product gases, and provide the combustion product gases to the plurality of auxiliary fan blades, wherein the plurality of main fan blades are connected to the plurality of auxiliary fan blades via the shaft and are configured rotate in response to rotation of the plurality of auxiliary fan blades.
Continuous method for the simultaneous production of lactic acid and of a second fermentation product from cereals, which comprises the following steps consisting of: • dry milling the grains and/or the ears of corn in a mill ; • recovering the milled product and mixing it with a stream of water in a mixer so as to create a slurry ; • subjecting the slurry to a saccharification in a reactor and producing a stream of crude dextrose ; • separating, in a separator (106 and 107), the stream of crude dextrose into two flows, the first consisting of a liquid flow and the second comprising the solid part ; • removing the oil resulting from the milling and present in the liquid flow for subsequent treatment and recovering a purified dextrose flow ; Characterized in that it entails: • subjecting the purified dextrose flow to a selective separation of the sugars and recovering a purified flow before subjecting it to a fermentation ; and on the other hand recovering a flow rich in oligosaccharides ; • subjecting the purified flow to a fermentation in the presence of a microorganism appropriate for producing lactic acid ; • recovering the solid dextrose flow via a pipe containing the products which are difficult to ferment, as well as a flow rich in oligosaccharides via a pipe , in order to hydrolyze them in a reactor under hydrolysis conditions and transform them into a fermentable dextrose flow ; • subjecting the fermentable dextrose flow to a fermentation in a fermenter in order to produce a second fermentation product . • dry milling the grains and/or the ears of corn in a mill ; • recovering the milled product and mixing it with a stream of water in a mixer so as to create a slurry ; • subjecting the slurry to a saccharification in a reactor and producing a stream of crude dextrose ; • separating, in a separator (106 and 107), the stream of crude dextrose into two flows, the first consisting of a liquid flow and the second comprising the solid part ; • removing the oil resulting from the milling and present in the liquid flow for subsequent treatment and recovering a purified dextrose flow ; • subjecting the purified dextrose flow to a selective separation of the sugars and recovering a purified flow before subjecting it to a fermentation ; and on the other hand recovering a flow rich in oligosaccharides ; • subjecting the purified flow to a fermentation in the presence of a microorganism appropriate for producing lactic acid ; • recovering the solid dextrose flow via a pipe containing the products which are difficult to ferment, as well as a flow rich in oligosaccharides via a pipe , in order to hydrolyze them in a reactor under hydrolysis conditions and transform them into a fermentable dextrose flow ; • subjecting the fermentable dextrose flow to a fermentation in a fermenter in order to produce a second fermentation product .
A method for preparing an anionic polymerization initiator comprising a step of introducing at least one amine compound selected from compounds of Formulas 1 and 2 below and an organometallic compound into a continuous reactor and reacting them: wherein, R 1 , R 2 , R 3 , R 5 , R 6 , R 7 , R 8 and R 9 represent hydrogen, R a and R b independently represent hydrogen or an alkyl group having 1 to 5 carbon atoms, and n is an integer of 1 to 20 and m is an integer of 0 to 20; wherein, R 11 , R 12 , R 13 and R 14 independently represent hydrogen, an alkyl group having 1 to 6 carbon atoms, an alkenyl group having 1 to 6 carbon atoms or an alkynyl group having 1 to 6 carbon atoms, X 1 , X 2 , X 3 , X 4 and X 5 independently represent nitrogen or carbon, provided that at least one is nitrogen, and a is an integer of 0 to 20. R 1 , R 2 , R 3 , R 5 , R 6 , R 7 , R 8 and R 9 represent hydrogen, R a and R b independently represent hydrogen or an alkyl group having 1 to 5 carbon atoms, and n is an integer of 1 to 20 and m is an integer of 0 to 20; wherein, R 11 , R 12 , R 13 and R 14 independently represent hydrogen, an alkyl group having 1 to 6 carbon atoms, an alkenyl group having 1 to 6 carbon atoms or an alkynyl group having 1 to 6 carbon atoms, X 1 , X 2 , X 3 , X 4 and X 5 independently represent nitrogen or carbon, provided that at least one is nitrogen, and a is an integer of 0 to 20.
An exposure apparatus which exposes a substrate (W) while scanning an original (M) and the substrate (W), comprising: a stage that includes a first surface in which a first concave portion and a second concave portion to be supplied with a purge gas are formed, and is movable while holding the original (M); a member that includes a second surface facing the first surface ; a supply unit configured to supply the purge gas to the first concave portion and the second concave portion ; and a controller configured to control exposure of the substrate (W) by moving the stage in a scanning direction (X), wherein the first concave portion is provided in the first surface of the stage so as to define a first space in which the original (M) is arranged, and the second concave portion is provided in the first surface of the stage so as to define a second space having a smaller volume than the first space, and wherein the first concave portion and the second concave portion are arranged side by side in the scanning direction (X), characterized in that the supply unit is further configured to supply the purge gas toward the first surface of the stage by blowing out the purge gas from an outlet provided in the second surface of the member . a stage that includes a first surface in which a first concave portion and a second concave portion to be supplied with a purge gas are formed, and is movable while holding the original (M); a member that includes a second surface facing the first surface ; a supply unit configured to supply the purge gas to the first concave portion and the second concave portion ; and a controller configured to control exposure of the substrate (W) by moving the stage in a scanning direction (X), wherein the first concave portion is provided in the first surface of the stage so as to define a first space in which the original (M) is arranged, and the second concave portion is provided in the first surface of the stage so as to define a second space having a smaller volume than the first space, and wherein the first concave portion and the second concave portion are arranged side by side in the scanning direction (X), characterized in that the supply unit is further configured to supply the purge gas toward the first surface of the stage by blowing out the purge gas from an outlet provided in the second surface of the member .