mhurhangee/ep-ind-claims huggingface dataset:
An ocular optical system, comprising, in order from an eye point, a first lens group having a positive refractive power and a second lens group having a positive refractive power, wherein one of the first lens group and the second lens group includes a cemented lens having at least two optical members cemented together; a cemented surface of the cemented lens is a diffraction optical surface configuring a diffraction grating; and at least any one of lens surfaces of lenses constituting the first lens group and the second lens group is a Fresnel surface.
An apparatus comprising: (a) a body; (b) an actuation assembly; and (c) a guide catheter extending distally from the body, wherein the guide catheter comprises: (i) an open proximal end, (ii) an open distal end, (iii) a rigid proximal portion, (iv) a bendable distal portion, and (v) a pull wire extending from the bendable distal portion to the rigid proximal portion, wherein a proximal end of the pull wire is coupled with the actuation assembly, wherein the actuation assembly is operable to translate the pull wire relative to the rigid proximal portion to thereby articulate the bendable distal portion; wherein the actuation assembly comprises: (i) a first bevel gear, (ii) a second bevel gear coupled with the first bevel gear, and (iii) a translating member coupled with the second bevel gear, wherein the translating member is further coupled with the pull wire such that the bevel gears are rotatable to thereby translate the pull wire. (a) a body; (b) an actuation assembly; and (c) a guide catheter extending distally from the body, wherein the guide catheter comprises: (i) an open proximal end, (ii) an open distal end, (iii) a rigid proximal portion, (iv) a bendable distal portion, and (v) a pull wire extending from the bendable distal portion to the rigid proximal portion, wherein a proximal end of the pull wire is coupled with the actuation assembly, wherein the actuation assembly is operable to translate the pull wire relative to the rigid proximal portion to thereby articulate the bendable distal portion; wherein the actuation assembly comprises: (i) a first bevel gear, (ii) a second bevel gear coupled with the first bevel gear, and (iii) a translating member coupled with the second bevel gear, wherein the translating member is further coupled with the pull wire such that the bevel gears are rotatable to thereby translate the pull wire. (i) an open proximal end, (ii) an open distal end, (iii) a rigid proximal portion, (iv) a bendable distal portion, and (v) a pull wire extending from the bendable distal portion to the rigid proximal portion, wherein a proximal end of the pull wire is coupled with the actuation assembly, wherein the actuation assembly is operable to translate the pull wire relative to the rigid proximal portion to thereby articulate the bendable distal portion; (i) a first bevel gear, (ii) a second bevel gear coupled with the first bevel gear, and (iii) a translating member coupled with the second bevel gear, wherein the translating member is further coupled with the pull wire such that the bevel gears are rotatable to thereby translate the pull wire.
Digital camera device (10.3) comprising - a sensor and optics configured to produce a primary image, - a display in which the primary image is configured to be viewed in connection with digital imaging, - image processor which is arranged to carry out a digital zoom function in order to form a cropped primary image and to form an output image (OIM1 - OIM3), and - user interface means configured to set size settings relating to the digital zoom function, characterized in that said size settings comprise a minimum size for the said output image (OIM1 - OIM3) to which size the image processor is configured to upscale the cropped primary image if the size of that is below the said minimum size and a maximum size for the said output image (OIM1 - OIM3) to which size the image processor is configured to downscale the cropped primary image if the size of that is above the said maximum size. - a sensor and optics configured to produce a primary image, - a display in which the primary image is configured to be viewed in connection with digital imaging, - image processor which is arranged to carry out a digital zoom function in order to form a cropped primary image and to form an output image (OIM1 - OIM3), and - user interface means configured to set size settings relating to the digital zoom function, characterized in that said size settings comprise a minimum size for the said output image (OIM1 - OIM3) to which size the image processor is configured to upscale the cropped primary image if the size of that is below the said minimum size and a maximum size for the said output image (OIM1 - OIM3) to which size the image processor is configured to downscale the cropped primary image if the size of that is above the said maximum size.
An infusion pump for delivering a fluid comprising: a) a syringe having a plunger, a barrel and an exit, b) a biasing means to apply force to the plunger thereby causing the plunger to move relative to the barrel, c) a sensing means to determine the position of the plunger relative to the barrel, d) a means to restrict flow of the fluid from the exit of the syringe, and, e) a controller means to control the means to restrict flow based upon feedback from the sensing means, characterized in that the sensing means comprises a plurality of magnets mounted within the plunger along the plunger's longitudinal axis and a magnetic sensor attached to the barrel. a) a syringe having a plunger, a barrel and an exit, b) a biasing means to apply force to the plunger thereby causing the plunger to move relative to the barrel, c) a sensing means to determine the position of the plunger relative to the barrel, d) a means to restrict flow of the fluid from the exit of the syringe, and, e) a controller means to control the means to restrict flow based upon feedback from the sensing means,
A baler for forming crop material into a bale, the baler comprising: a housing forming a baling chamber having an inlet, wherein the inlet defines an inlet width perpendicular to a central longitudinal axis; a pre-cutter disposed forward of the inlet along the central longitudinal axis, wherein the pre-cutter is operable to cut the crop material into segments; wherein the pre-cutter includes a cutter width perpendicular to the central longitudinal axis; and wherein the cutter width is less than the inlet width, the baler further comprising a crop distributor disposed between the pre-cutter and the inlet along the central longitudinal axis, wherein the crop distributor includes a forward end operable to receive the crop material from the pre-cutter and a rearward end operable to disperse the crop material through the inlet and into the baling chamber characterized in that one of the baling chamber and the crop distributor is moveable relative to the other of the baling chamber and the crop distributor such that the rearward end of the crop distributor is laterally moveable relative to the central longitudinal axis, between a first lateral side and a second lateral side of the housing, to distribute the crop material across the inlet width of the baling chamber. a housing forming a baling chamber having an inlet, wherein the inlet defines an inlet width perpendicular to a central longitudinal axis; a pre-cutter disposed forward of the inlet along the central longitudinal axis, wherein the pre-cutter is operable to cut the crop material into segments; wherein the pre-cutter includes a cutter width perpendicular to the central longitudinal axis; and wherein the cutter width is less than the inlet width, the baler further comprising a crop distributor disposed between the pre-cutter and the inlet along the central longitudinal axis, wherein the crop distributor includes a forward end operable to receive the crop material from the pre-cutter and a rearward end operable to disperse the crop material through the inlet and into the baling chamber
A method of wireless communication, comprising: detecting interference from an interfering base station (110b, 110c) associated with a network that supports an interference coordination mechanism, the interference coordination mechanism including a yielding of at least one wireless transmission resource and assignment of the at least one yielded resource from the interfering base station (110b, 110c) to a serving base station; and receiving a message identifying a resource yielded by the interfering base station (110b, 110b); characterized in that the method further comprises: determining a signal quality of the resource yielded by the interfering base station (110b, 110b), the signal quality being determined based at least in part on an error rate of the resource yielded by the interfering base station (110b, 110b); and declaring a radio link failure when the determined signal quality meets a predetermined threshold value. detecting interference from an interfering base station (110b, 110c) associated with a network that supports an interference coordination mechanism, the interference coordination mechanism including a yielding of at least one wireless transmission resource and assignment of the at least one yielded resource from the interfering base station (110b, 110c) to a serving base station; and receiving a message identifying a resource yielded by the interfering base station (110b, 110b); characterized in that the method further comprises: determining a signal quality of the resource yielded by the interfering base station (110b, 110b), the signal quality being determined based at least in part on an error rate of the resource yielded by the interfering base station (110b, 110b); and declaring a radio link failure when the determined signal quality meets a predetermined threshold value. determining a signal quality of the resource yielded by the interfering base station (110b, 110b), the signal quality being determined based at least in part on an error rate of the resource yielded by the interfering base station (110b, 110b); and declaring a radio link failure when the determined signal quality meets a predetermined threshold value.
Method for identifying data corruption in a data transfer over an error-proof communication link between a first automation component and a second automation component in industrial control engineering, wherein, during transfer of a data structure, for the purpose of securing the data structure in a telegram to be transferred, a checksum (CRC telegr) regarding the telegram is formed both at the first automation component and at the second automation component, wherein the data structure includes different data types (21,..., 25), characterised in that, before the checksum (CRC telegr) for the telegram is formed at the first automation component, there is associated with the data types (21,..., 25) contained in the data structure a data-type-specific representative, and then, by way of the representatives, a structure checksum (CRC struct) is formed, and thereafter the data structure with the structure checksum (CRC struct) that is formed by way of the representatives is transferred, wherein in the second automation component the data-type-specific representative is once again associated with the data types (21,..., 25) in the received data structure, and the structure checksum (CRC struct) is once again formed by way of the representatives, the transferred structure checksum (CRC struct) and the newly calculated structure checksum (CRC struct) are checked at the second automation component and, in the event of a discrepancy between the structure checksums (CRC struct), data corruption is identified.
An information processing method in which a computer executes a process comprising: receiving matching information encrypted with an encryption algorithm allowing a Hamming distance to be calculated for information encrypted therewith, and calculating a first Hamming distance between the received matching information and different registered information that is different from registered information of a user encrypted with the encryption algorithm, the different registered information being randomly generated or generated by multiplying the registered information of the user by a random number; and determining that the matching information is illegitimate when the calculated first Hamming distance falls into a distance distribution representing a distribution of matches with the user him/herself, but does not fall into a distance distribution representing a distribution of matches with other persons that are different from the user. receiving matching information encrypted with an encryption algorithm allowing a Hamming distance to be calculated for information encrypted therewith, and calculating a first Hamming distance between the received matching information and different registered information that is different from registered information of a user encrypted with the encryption algorithm, the different registered information being randomly generated or generated by multiplying the registered information of the user by a random number; and determining that the matching information is illegitimate when the calculated first Hamming distance falls into a distance distribution representing a distribution of matches with the user him/herself, but does not fall into a distance distribution representing a distribution of matches with other persons that are different from the user.
A diaphragm assembly for a miniature acoustical transducer wherein the diaphragm assembly comprises: - a frame comprising therein an opening there through, - a movable element disposed in the opening and having a first thickness in the interval of 3-50 μm, and - a hinge connecting the movable element to the frame, characterised in that the movable element has a maximum dimension of 8mm or less and is made of a material being a metal or alloy having a Young's Modulus of 10-100GPa and a density of 500-3000 kg/m 3, that the hinge and frame comprises the material, and that the frame further comprises a stiffening element (262, 263, 264). - a frame comprising therein an opening there through, - a movable element disposed in the opening and having a first thickness in the interval of 3-50 μm, and - a hinge connecting the movable element to the frame, characterised in that the movable element has a maximum dimension of 8mm or less and is made of a material being a metal or alloy having a Young's Modulus of 10-100GPa and a density of 500-3000 kg/m 3, that the hinge and frame comprises the material, and that the frame further comprises a stiffening element (262, 263, 264). characterised in that the movable element has a maximum dimension of 8mm or less and is made of a material being a metal or alloy having a Young's Modulus of 10-100GPa and a density of 500-3000 kg/m 3, that the hinge and frame comprises the material, and that the frame further comprises a stiffening element (262, 263, 264).
A sealing device for collecting a composition intended for enteral or nasal administration or for topical use, contained in a receptacle, characterized by the fact that it comprises: - a tip defining an internal passage leading to an opening designed to allow a connection to a collection member such as a syringe intended for enteral administration, - a non-return valve associated with said tip, designed in order to open upon collection of the contents of the receptacle using the collection member, - at least one air-return port, and - an antibacterial filter associated with said at least one port. - a tip defining an internal passage leading to an opening designed to allow a connection to a collection member such as a syringe intended for enteral administration, - a non-return valve associated with said tip, designed in order to open upon collection of the contents of the receptacle using the collection member, - at least one air-return port, and - an antibacterial filter associated with said at least one port.
Flame retardant polyamide composition comprising a semi-crystalline semi-aromatic polyamide having a melting temperature (TmA); a semi-crystalline aliphatic polyamide having a melting temperature (TmB); and a halogen free flame retardant system comprising a metal salt of a phosphinic acid and/or a diphosphinic acid wherein - the weight ratio of: is in the range between 50: 50 and 75: 25; - has a number average molecular weight (Mn-A) in the range between 7,500 and 30,000 g/mol; - has a number average molecular weight (Mn-B) in the range between 7,500 and 50,000 g/mol; - TmA is higher than TmB, wherein the number average molecular weight (Mn) and melting temperature (Tm) are determined according to the description. a semi-crystalline semi-aromatic polyamide having a melting temperature (TmA); a semi-crystalline aliphatic polyamide having a melting temperature (TmB); and a halogen free flame retardant system comprising a metal salt of a phosphinic acid and/or a diphosphinic acid - the weight ratio of: is in the range between 50: 50 and 75: 25; - has a number average molecular weight (Mn-A) in the range between 7,500 and 30,000 g/mol; - has a number average molecular weight (Mn-B) in the range between 7,500 and 50,000 g/mol; - TmA is higher than TmB,
A valve plug, wherein the valve plug comprises a valve plug body, one end surface of the valve plug body being configured as a sealing surface, and the other end surface of the valve plug body facing away from the sealing surface being provided with a step; and an outer diameter of the valve plug body gradually increasing from the one end surface to the other end surface of the valve plug body, wherein both ends of the valve plug body are respectively provided with a positioning boss extending outward along a central axis of the valve plug body, the sealing surface is provided with a first positioning boss and the other end surface of the valve plug body facing away the sealing surface is provided with a second positioning boss, and the other end surface of the valve plug body facing away from the sealing surface is provided with a recess, characterized in that the second positioning boss is provided with a groove communicating with the recess. wherein both ends of the valve plug body are respectively provided with a positioning boss extending outward along a central axis of the valve plug body, the sealing surface is provided with a first positioning boss and the other end surface of the valve plug body facing away the sealing surface is provided with a second positioning boss, and the other end surface of the valve plug body facing away from the sealing surface is provided with a recess, characterized in that the second positioning boss is provided with a groove communicating with the recess.
Shredding device which is configured to shred and discharge to the sewer domestic, medical and/or industrial waste comprising liquid and/or solid materials, wherein the solid materials comprise plastic parts and/or metal parts for shredding, the shredding device comprising: - an inlet for inserting the waste to be shredded and discharged; - a shredding unit embodied to shred waste inserted via the inlet; - a receiving space embodied to receive the shredded liquid and solid material waste; - a transport liquid feed embodied to feed transport liquid to the receiving space; - an outlet connectable to the receiving space and the sewer; wherein the outlet is configured to discharge the mixture of the shredded liquid and solid material waste as well as the transport liquid from the receiving space to the sewer; and that the outlet comprises an adjustable closing device for adjusting the throughflow of said mixture from the receiving space to the sewer, characterized in that the adjustable closing device comprises: - a closing device housing provided with an entrance and an exit; - a flexible element, in particular a flexible membrane, arranged in the closing device housing and connected to the entrance and exit, wherein the flexible element is embodied to form an adjustable passage between the entrance and exit; - a controller unit for displacing the flexible element between a closing position, in which the membrane closes the passage between the entrance and exit, and an opened position in which the flexible element leaves a passage clear between the entrance and exit. - an inlet for inserting the waste to be shredded and discharged; - a shredding unit embodied to shred waste inserted via the inlet; - a receiving space embodied to receive the shredded liquid and solid material waste; - a transport liquid feed embodied to feed transport liquid to the receiving space; - an outlet connectable to the receiving space and the sewer; - a closing device housing provided with an entrance and an exit; - a flexible element, in particular a flexible membrane, arranged in the closing device housing and connected to the entrance and exit, wherein the flexible element is embodied to form an adjustable passage between the entrance and exit; - a controller unit for displacing the flexible element between a closing position, in which the membrane closes the passage between the entrance and exit, and an opened position in which the flexible element leaves a passage clear between the entrance and exit.
A powered air purifying respirator comprising: a filter assembly; and a radial fan assembly including at least a scroll casing, characterised by that the scroll casing is comprised of a first scroll casing element and a second scroll casing element, wherein a printed circuit board serves as the second scroll casing element, and wherein the first scroll casing element is mounted to the printed circuit board so that the printed circuit board and the first scroll casing element combine to form a path for flow of air that is drawn through the filter assembly. a filter assembly; and a radial fan assembly including at least a scroll casing, characterised by that the scroll casing is comprised of a first scroll casing element and a second scroll casing element, wherein a printed circuit board serves as the second scroll casing element, and wherein the first scroll casing element is mounted to the printed circuit board so that the printed circuit board and the first scroll casing element combine to form a path for flow of air that is drawn through the filter assembly.
A cooling and heating plate, in particular for the presentation of food and beverages in which the plate is connected to a cooling unit and includes an electrical heating device on its underside wherein the plate is formed as a multilayered plate comprising an upper plate, preferably consisting of chrome-nickel steel, and an aluminium plate situated below having coolant channels, characterised in that at least one steel pipe having a pressure resistance of at least 50 bar is moulded in the aluminium plate as coolant channels.