mhurhangee/ep-ind-claims huggingface dataset:
A surgical training device, comprising: a base (2, 54); and a top cover (1, 52) having a top surface and a bottom surface; the top cover (1, 52) being connected to and spaced apart from the base (2, 54) to define an internal cavity having an adjustable-height between the top cover and the base; the top cover (1, 52) having a plurality of apertures (6, 66) that serve as fixed insertion ports for instruments; characterized in that the top cover (1, 52) and the base (2, 54) are interconnected around their peripheries via a height adjusting mechanism (3, 56, 130, 132) to accommodate a variety of simulated patient positions in minimally invasive surgical procedures. a base (2, 54); and a top cover (1, 52) having a top surface and a bottom surface; the top cover (1, 52) being connected to and spaced apart from the base (2, 54) to define an internal cavity having an adjustable-height between the top cover and the base; the top cover (1, 52) having a plurality of apertures (6, 66) that serve as fixed insertion ports for instruments; characterized in that the top cover (1, 52) and the base (2, 54) are interconnected around their peripheries via a height adjusting mechanism (3, 56, 130, 132) to accommodate a variety of simulated patient positions in minimally invasive surgical procedures.
Method for insulating, from electromagnetic waves, a housing of an electrical connection device, this housing being made of an electrically insulating material and comprising at least one cavity (4; 5), and the insulation method consisting in the following: - sealing the cavity or cavities (4; 5) of the housing of the electrical connection device; - subsequently metallizing at least part of the exterior surface of this housing; - characterized in that: - the cavity or cavities (4; 5) of the housing of the electrical connection device is or are sealed by overmolding an overmolding material onto this housing; - after metallization, the overmolding material and the housing of the electrical connection device are separated. - sealing the cavity or cavities (4; 5) of the housing of the electrical connection device; - subsequently metallizing at least part of the exterior surface of this housing; - characterized in that: - the cavity or cavities (4; 5) of the housing of the electrical connection device is or are sealed by overmolding an overmolding material onto this housing; - after metallization, the overmolding material and the housing of the electrical connection device are separated.
A method of producing water-soluble resin particles, comprising: a polymerization step including polymerizing a water-soluble ethylenically unsaturated monomer in a suspension containing an oily liquid containing a hydrocarbon dispersion medium, and an aqueous liquid containing an aqueous solvent and the water-soluble ethylenically unsaturated monomer, the aqueous solvent containing water, the aqueous liquid being dispersed in the oily liquid, wherein the aqueous liquid further contains a hydrophilic polymeric dispersion agent, the suspension further contains a surfactant having an HLB value of 6 or higher, and wherein the hydrophilic polymeric dispersion agent contains at least one type of compound selected from the group consisting of polyvinyl alcohol, polyvinylpyrrolidone, polyethylene glycol, polypropylene glycol and polyglycerol, wherein the water-soluble ethylenically unsaturated monomer is at least one type of compound selected from the group consisting of acrylic acid and salts thereof, methacrylic acid and salts thereof, acrylamide, methacrylamide and N,N-dimethylacrylamide, and wherein the weight average molecular weight of the hydrophilic polymeric dispersion agent is 2,000 to 5,000,000.
Device for applying heat treatment to a substance, the device comprising: • an enclosure; • conveyor means for conveying the substance between an inlet of the enclosure and an outlet of the enclosure, which conveyor means comprise a screw mounted to rotate inside the enclosure about an axis of rotation and include drive means for driving the screw in rotation about said axis; and • means for heating the screw by the Joule effect; the device being characterized in that the screw includes a strip made of electrically insulating material that is fitted on the screw so as to form an outer periphery of the screw. • an enclosure; • conveyor means for conveying the substance between an inlet of the enclosure and an outlet of the enclosure, which conveyor means comprise a screw mounted to rotate inside the enclosure about an axis of rotation and include drive means for driving the screw in rotation about said axis; and • means for heating the screw by the Joule effect;
Method for winding a number of wire mounts of a stator and/or rotor of an electric machine with a number of wire layers, in which the wire layers are introduced by means of at least one additional winding tool arranged reversibly on the wire mounts for receiving the winding force and for guiding the wires into the stator and/or the rotor and wherein the at least one additional winding tool is fixed for winding by a clamping mechanism surrounded by the stator and/or the rotor, which clamping mechanism is formed by tensioning teeth, which are tensioned with a relative movement relative to the stator and/or the rotor at inner ends of respective wire mounts, whereby the additional winding tool is fixed in respective wire mounts of the stator and/or the rotor, and the at least one additional winding tool is removed after the winding by releasing the clamping mechanism from the electric machine, characterised in that the clamping mechanism comprises at least one rotatable inner part with skewed grooves on which bolts of respective tensioning teeth slide so that a rotation of the at least one inner part over the bolts causes a radial movement of the respective tensioning teeth.
A medical imaging apparatus comprising: an image processor configured to extract properties that an object has with respect to at least one feature, based on each medical image among a plurality of medical images of the object, wherein the at least one feature comprises at least one of an orientation, a posterior, and an echo; and a controller configured to control a display to display a first medical image from among the plurality of medical images and the extracted properties, and display a plurality of first properties shown in the first medical image from among the properties and a plurality of second properties not shown in the first medical image in such a manner that the first properties and the second properties are distinguished from each other, and further configured to control the display to display a list of the plurality of the first properties in a first region and display a list of the plurality of the second properties in a second region that is distinguished from the first region; and an input device configured to receive an input for selecting one of the second properties, wherein the controller is further configured to control the display to display a second medical image showing the selected second property from among the plurality of medical images. an image processor configured to extract properties that an object has with respect to at least one feature, based on each medical image among a plurality of medical images of the object, wherein the at least one feature comprises at least one of an orientation, a posterior, and an echo; and a controller configured to control a display to display a first medical image from among the plurality of medical images and the extracted properties, and display a plurality of first properties shown in the first medical image from among the properties and a plurality of second properties not shown in the first medical image in such a manner that the first properties and the second properties are distinguished from each other, and further configured to control the display to display a list of the plurality of the first properties in a first region and display a list of the plurality of the second properties in a second region that is distinguished from the first region; and an input device configured to receive an input for selecting one of the second properties, wherein the controller is further configured to control the display to display a second medical image showing the selected second property from among the plurality of medical images.
A thermoplastic resin composition comprising vinyl chloride-based copolymer comprising vinyl chloride-based monomer derived units, and unsaturated fatty acid ester derived units which are copolymerized with the vinyl chloride-based monomer; and a N-vinyllactam-based polymer which is a homopolymer or a copolymer having an N-vinyllactam structure, wherein the N-vinyllactam-based polymer compound derived units are included in an amount of 0.04 parts by weight to 0.5 parts by weight on the basis of 100 parts by weight of the vinyl chloride-based copolymer wherein at least a portion of the carbonyl groups in the N-vinyllactam-based polymer compound derived units is combined with chlorine atoms in the vinyl chloride-based monomer derived units.
A system comprising: a dynamic random access memory DRAM device (540-1:540-n) to execute a self-refresh mode, the DRAM device including a plurality of banks (550-1:550-n), each bank to include a plurality of rows, the self- refresh mode to include a plurality of commands, each command to refresh rows of one of the banks; a memory controller operatively coupled to the DRAM device; and logic configured to determine the number of banks included in the DRAM device, and determine a plurality of subsets of banks or rows to be concurrently refreshed in the self-refresh mode; the DRAM device to execute the self-refresh mode for each of the plurality of subsets in a staggered fashion, the system characterized in that the logic is further configured to determine characteristics of power supplied to the DRAM device, wherein determining the plurality of subsets to be concurrently refreshed is based on the characteristics of power supplied to the DRAM device. a dynamic random access memory DRAM device (540-1:540-n) to execute a self-refresh mode, the DRAM device including a plurality of banks (550-1:550-n), each bank to include a plurality of rows, the self- refresh mode to include a plurality of commands, each command to refresh rows of one of the banks; a memory controller operatively coupled to the DRAM device; and logic configured to determine the number of banks included in the DRAM device, and determine a plurality of subsets of banks or rows to be concurrently refreshed in the self-refresh mode; the DRAM device to execute the self-refresh mode for each of the plurality of subsets in a staggered fashion, the system characterized in that the logic is further configured to determine characteristics of power supplied to the DRAM device, wherein determining the plurality of subsets to be concurrently refreshed is based on the characteristics of power supplied to the DRAM device.
A piston for an internal combustion engine, comprising: a piston body having an upper crown with a substantially cylindrical outer surface depending from a top surface along a central axis, at least one annular ring groove extending radially into said outer surface providing a top land extending from said ring groove to said top surface; and a plurality of waves formed circumferentially about said top land, each of said waves having a valley extending radially into said outer surface of said top land and extending from said top surface to said ring groove, said waves traversing from said top surface to said ring groove in non-parallel relation to said axis, said waves being configured in substantially non-overlapping relation with one another in a direction parallel to said central axis; wherein said valleys extend from an upper end at said top surface to a lower end at said ring groove, said upper end of one of said valleys being in non-overlapping relation to said bottom end of an adjacent one of said valleys, characterized in that said waves and said outer surface of said top land provide a smooth sinusoidal form circumferentially about said top land. a piston body having an upper crown with a substantially cylindrical outer surface depending from a top surface along a central axis, at least one annular ring groove extending radially into said outer surface providing a top land extending from said ring groove to said top surface; and a plurality of waves formed circumferentially about said top land, each of said waves having a valley extending radially into said outer surface of said top land and extending from said top surface to said ring groove, said waves traversing from said top surface to said ring groove in non-parallel relation to said axis, said waves being configured in substantially non-overlapping relation with one another in a direction parallel to said central axis; said waves and said outer surface of said top land provide a smooth sinusoidal form circumferentially about said top land.
A method for re-establishing a Radio Resource Control, RRC, connection for Control Plane Cellular Internet-of-Things, CP CIoT, optimizations between a User Equipment, UE, and a target evolved NodeB, target eNB, if the UE experiences a radio link failure during the CP CIoT, the method being performed by the target eNB and comprising: receiving an RRC connection re-establishment request from the UE, wherein the RRC connection re-establishment request includes an authentication token generated with a Non Access Stratum, NAS, integrity key and a target cell's identity as input; sending a verification message to a Mobility Management Entity, MME, wherein the verification message includes the received authentication token; and receiving a response from the MME, of verification of the authentication token. receiving an RRC connection re-establishment request from the UE, wherein the RRC connection re-establishment request includes an authentication token generated with a Non Access Stratum, NAS, integrity key and a target cell's identity as input; sending a verification message to a Mobility Management Entity, MME, wherein the verification message includes the received authentication token; and receiving a response from the MME, of verification of the authentication token.
A three-dimensional audio signal processing apparatus using a Head Related Transfer Function (HRTF), comprising: an audio decoder for decoding audio data to restore original audio signals; and a three-dimensional audio generator for generating three-dimensional signals corresponding to the audio signals restored by using the HRTF modeled according to physical characteristics of an user, which will be referred to as "individualized HRTF", wherein the three-dimensional audio generator includes: an HRTF providing unit for receiving the individualized HRTF, the individualized HRTF being input to the three-dimensional audio signal processing apparatus by the user; and a three-dimensional audio signal processing unit for generating three-dimensional audio signals corresponding to the restored audio signals based on the individualized HRTF provided by the HRTF providing unit. an audio decoder for decoding audio data to restore original audio signals; and a three-dimensional audio generator for generating three-dimensional signals corresponding to the audio signals restored by using the HRTF modeled according to physical characteristics of an user, which will be referred to as "individualized HRTF", wherein the three-dimensional audio generator includes: an HRTF providing unit for receiving the individualized HRTF, the individualized HRTF being input to the three-dimensional audio signal processing apparatus by the user; and a three-dimensional audio signal processing unit for generating three-dimensional audio signals corresponding to the restored audio signals based on the individualized HRTF provided by the HRTF providing unit. an HRTF providing unit for receiving the individualized HRTF, the individualized HRTF being input to the three-dimensional audio signal processing apparatus by the user; and a three-dimensional audio signal processing unit for generating three-dimensional audio signals corresponding to the restored audio signals based on the individualized HRTF provided by the HRTF providing unit.
Method for determining at least one characteristic for optimizing a wear position of a pair of spectacles on the face of a wearer, said optimizing characteristic comprising a geometrico-morphological characteristic (EG, ED, HD, HG), a postural characteristic (α) and a behavioural characteristic, said pair of spectacles comprising a frame and two lenses (150G, 150D), the method comprising steps of: a) illuminating at least part of the head of the wearer using an infrared light source (220, 230, 240); b) acquiring, via an infrared image sensor, an image (301, 302, 303) of the head of the wearer illuminated by the infrared light source (220, 230, 240), in which image the pair of spectacles and the eyes of the wearer appear; c) locating, in the image (301, 302, 303) acquired in step b), glass-reflections (160G, 160D, 161G, 161D) of the infrared light source (220, 230, 240) reflected by the two lenses (150G, 150D) of the pair of spectacles, and at least one corneal reflection (162D, 162G) of the infrared light source (220, 230, 240) reflected by one of the two eyes of the wearer; and d) deducing, with a processing unit: - said postural characteristic (α) depending on the positions of the glass-reflections (160G, 160D, 161G, 161D) in said image (301, 302, 303), - said behavioural characteristic depending on said postural characteristic (α), and - said geometrico-morphological characteristic (EG, ED, HD, HG) depending on the position of said corneal reflection (162D, 162G) in said image (301, 302, 303). a) illuminating at least part of the head of the wearer using an infrared light source (220, 230, 240); b) acquiring, via an infrared image sensor, an image (301, 302, 303) of the head of the wearer illuminated by the infrared light source (220, 230, 240), in which image the pair of spectacles and the eyes of the wearer appear; c) locating, in the image (301, 302, 303) acquired in step b), glass-reflections (160G, 160D, 161G, 161D) of the infrared light source (220, 230, 240) reflected by the two lenses (150G, 150D) of the pair of spectacles, and at least one corneal reflection (162D, 162G) of the infrared light source (220, 230, 240) reflected by one of the two eyes of the wearer; and d) deducing, with a processing unit: - said postural characteristic (α) depending on the positions of the glass-reflections (160G, 160D, 161G, 161D) in said image (301, 302, 303), - said behavioural characteristic depending on said postural characteristic (α), and - said geometrico-morphological characteristic (EG, ED, HD, HG) depending on the position of said corneal reflection (162D, 162G) in said image (301, 302, 303). - said postural characteristic (α) depending on the positions of the glass-reflections (160G, 160D, 161G, 161D) in said image (301, 302, 303), - said behavioural characteristic depending on said postural characteristic (α), and - said geometrico-morphological characteristic (EG, ED, HD, HG) depending on the position of said corneal reflection (162D, 162G) in said image (301, 302, 303).
A dosing system for cylinder lubrication oil in large diesel engine cylinders, e.g. in marine engines, including: - a lubricating oil supply that may be constituted by a pump station or an accumulator; - a supply line from the lubricating oil supply; - a number of multiple injectors in each cylinder, each injector having an inlet, an opening/closing valve unit and one or more nozzle apertures for injecting cylinder lubricating oil into an associated cylinder, and which injectors are connected with the supply line; and - a control unit controlling each opening/closing valve unit, characterised in - that the dosing system includes a flow measuring unit for each injector and/or for each cylinder, - that the flow measuring units are connected with the control unit, - that the system is configured for closed loop regulation in which the actually dosed amount of lubricating oil is compared with the expected flow; - that each injector is made as an injector unit that is mounted in a wall of one of the cylinders, - that the opening/closing valve is an electromechanical valve integrated in the injector unit for dosing the lubricating oil, where the electromechanical opening/closing valve in the injector unit includes a spring-biased valve stem. - a lubricating oil supply that may be constituted by a pump station or an accumulator; - a supply line from the lubricating oil supply; - a number of multiple injectors in each cylinder, each injector having an inlet, an opening/closing valve unit and one or more nozzle apertures for injecting cylinder lubricating oil into an associated cylinder, and which injectors are connected with the supply line; and - a control unit controlling each opening/closing valve unit, characterised in - that the dosing system includes a flow measuring unit for each injector and/or for each cylinder, - that the flow measuring units are connected with the control unit, - that the system is configured for closed loop regulation in which the actually dosed amount of lubricating oil is compared with the expected flow; - that each injector is made as an injector unit that is mounted in a wall of one of the cylinders, - that the opening/closing valve is an electromechanical valve integrated in the injector unit for dosing the lubricating oil, where the electromechanical opening/closing valve in the injector unit includes a spring-biased valve stem.
A sterilization device for a container, comprising a sterilizing agent supply part configured for supplying a sterilizing agent into said container having a mouth and a shoulder continuous with said mouth said sterilizing agent being supplied through said mouth, and sterilizing agent detecting means including a light source configured to irradiate the shoulder of the container with inspection light and an optical sensor having a light receiving element configured to detect a level of the sterilizing agent adhering to the shoulder of the container, to which the sterilizing agent is supplied; Said optical sensor and said light source being positioned so that the light receiving element can detect the inspection light passing through the shoulder of the container, characterized by control means for determining an amount of the sterilizing agent to be supplied to said container in the sterilizing agent supply part based on the result of the detection by the sterilizing agent detecting means.