mhurhangee/ep-ind-claims huggingface dataset:
A solution composition capable of providing synergistic broad-spectrum antimicrobial activity, consisting essentially of an aqueous solvent, sodium salt(s) of EDTA, D-mannitol and ethanol; wherein the sodium salt(s) of EDTA is at a concentration ranging between 0.06 to 8% (w/v), D-mannitol is at a concentration ranging between 0.5 to 10% (w/v), and ethanol is at a concentration ranging between 6.25 to 25% (v/v), with a pH ranging between 7 to 11.
A tape rule assembly comprising: a housing comprising a first material; a reel rotatable within the housing; an axle extending within the housing about which the reel is mounted; a measuring tape wound on the reel; characterized by a reinforcement region (150, 152) comprising a portion of the housing, the reinforcement region formed from a second material; wherein the second material is disposed at least at a position at which the axle joins the housing; and further in that the second material comprises a higher impact resistance material than the first material of the housing, and the second material of the reinforcement region (150, 152) and the first material of the housing are connected to one another by a molded connection; and further characterized in that: the axle is formed from the second material and is integrally molded as one piece with the reinforcement region; or the second material of the reinforcement region (150, 152) comprises a mounting structure (193, 295, 395), and the axle is separately formed from and joined to the mounting structure. a housing comprising a first material; a reel rotatable within the housing; an axle extending within the housing about which the reel is mounted; a measuring tape wound on the reel; characterized by a reinforcement region (150, 152) comprising a portion of the housing, the reinforcement region formed from a second material; wherein the second material is disposed at least at a position at which the axle joins the housing; and further in that the second material comprises a higher impact resistance material than the first material of the housing, and the second material of the reinforcement region (150, 152) and the first material of the housing are connected to one another by a molded connection; and further characterized in that: the axle is formed from the second material and is integrally molded as one piece with the reinforcement region; or the second material of the reinforcement region (150, 152) comprises a mounting structure (193, 295, 395), and the axle is separately formed from and joined to the mounting structure.
An apparatus for exchanging a tool of a boring bar, the apparatus comprising: a magazine configured to receive a plurality of the tools to be installed at a front end of the boring bar; a frame arranged under the magazine; a guide rail arranged on the frame, the magazine being movably connected to the guide rail; and an actuator configured to rotate the magazine. a magazine configured to receive a plurality of the tools to be installed at a front end of the boring bar; a frame arranged under the magazine; a guide rail arranged on the frame, the magazine being movably connected to the guide rail; and an actuator configured to rotate the magazine.
A method for monitoring a screw centrifuge, in particular a solid-bowl screw centrifuge or a screen-bowl screw centrifuge, which exhibits the following: a rotatable drum, a rotatable screw arranged in the drum, a main or primary motor at least for driving the drum, a drive motor for driving the screw, which may be the main or primary motor or a secondary motor, and also a transmission arranged between the motor or the motors (5, 6) and the drum and the screw, transmission input shafts (9, 11) for the main motor and the drive motor for the screw, wherein one or more pulse-generators (16, 17) are arranged at least on the transmission input shaft for the screw, to each of which a proximity-sensor is assigned, with the following steps: a) provision of the screw centrifuge, and processing of a product with the screw centrifuge, in the course of which the product is separated from solids which are conveyed out of the drum by the screw b) determination of a current angular velocity and determination of a mean angular velocity of the transmission input shaft for the screw over time, c) evaluation of the measurements from step b), and d) output of a warning signal and/or variation of one or more operating parameters of the screw centrifuge, to the extent that dynamic changes of angular velocity are ascertained in the course of the evaluation in step c). a) provision of the screw centrifuge, and processing of a product with the screw centrifuge, in the course of which the product is separated from solids which are conveyed out of the drum by the screw b) determination of a current angular velocity and determination of a mean angular velocity of the transmission input shaft for the screw over time, c) evaluation of the measurements from step b), and d) output of a warning signal and/or variation of one or more operating parameters of the screw centrifuge, to the extent that dynamic changes of angular velocity are ascertained in the course of the evaluation in step c).
An auditory prosthesis device for neural stimulation of a patient's hearing, comprising means (20, 56, 58) for providing an input audio signal; a sound processor for generating a neural stimulation signal from the input audio signal; and an implantable stimulation assembly having a plurality of stimulation channels for stimulation of the patient's hearing according to the neural stimulation signal, the sound processor comprising an adjustable filterbank for dividing the input audio signal into a plurality of analysis channels, each containing a frequency domain signal representative of a distinct frequency portion of the audio signal, means (F1-Fm; D1-Dm) for determining a signal level for each analysis channel by analyzing the respective frequency domain signal, means (44, 46, 48) for generating a neural stimulation signal for each analysis channel according to the respective signal level, a mapping unit for allocating the analysis channels to the stimulation channels; characterized by the sound processor comprising a control unit for controlling the filterbank such that in a standard operation mode a standard filterbank setting is used and in a low bandwidth operation mode in which the bandwidth of the input audio signal is lower than in the standard operation mode a low bandwidth filterbank setting is used which is different from the standard filterbank setting with regard to the center frequency and the width of at least part of the analysis channels.
A method for manufacturing a non-planar printed circuit board assembly, comprising: providing a planar formable substrate for supporting a conductive material and at least one electronic component, printing a circuit pattern of an uncured conductive material on the planar substrate, forming the substrate and the uncured conductive material into a non-planar shape, and curing the conductive material, wherein the substrate comprises a metal sheet and an electrically insulating coating arranged between the metal sheet and the conductive material. providing a planar formable substrate for supporting a conductive material and at least one electronic component, printing a circuit pattern of an uncured conductive material on the planar substrate, forming the substrate and the uncured conductive material into a non-planar shape, and curing the conductive material,
A photosensitive composition, wherein the photosensitive composition comprises at least one nanosized fluorescent material, polysiloxane, and a (meth)acrylic polymer.
A neutron capture therapy system (1, 2) comprising: a neutron ray generating unit that is adapted to generate neutron rays; an irradiated body placing unit on which an irradiated body irradiated with the neutron rays is placed during use; and a gamma ray detecting unit (30, 50) that is adapted to detect gamma rays emitted from the irradiated body by being irradiated with the neutron rays, wherein the gamma ray detecting unit (30, 50) includes an emission part that is adapted to emit light or electrons as the gamma rays are incident thereon, an amplification part that is provided adjacent to the emission part and is adapted to amplify and output the light or the electrons emitted from the emission part, characterised in that the gamma ray detecting unit (30, 50) further comprises: a first neutron ray shielding part formed of a substance containing 6-lithium, and a second neutron ray shielding part provided outside the first neutron ray shielding part and formed of a light element, and wherein the first neutron ray shielding part is provided so as to cover at least a surface opposite to an adjacent surface adjacent to the amplification part, among surfaces of the emission part. a neutron ray generating unit that is adapted to generate neutron rays; an irradiated body placing unit on which an irradiated body irradiated with the neutron rays is placed during use; and a gamma ray detecting unit (30, 50) that is adapted to detect gamma rays emitted from the irradiated body by being irradiated with the neutron rays, wherein the gamma ray detecting unit (30, 50) includes an emission part that is adapted to emit light or electrons as the gamma rays are incident thereon, an amplification part that is provided adjacent to the emission part and is adapted to amplify and output the light or the electrons emitted from the emission part, characterised in that the gamma ray detecting unit (30, 50) further comprises: a first neutron ray shielding part formed of a substance containing 6-lithium, and a second neutron ray shielding part provided outside the first neutron ray shielding part and formed of a light element, and a first neutron ray shielding part formed of a substance containing 6-lithium, and a second neutron ray shielding part provided outside the first neutron ray shielding part and formed of a light element, and wherein the first neutron ray shielding part is provided so as to cover at least a surface opposite to an adjacent surface adjacent to the amplification part, among surfaces of the emission part.
Device for conditioning the air of a room by means of air circulating through the room and the device, wherein the device comprises an air purification chamber containing a water bath and having at least one air inlet for supplying an inlet air flow from the room and an air outlet for discharging a purified and humidified outlet air flow into the room, wherein the at least one air inlet ends below the water level of the water bath and wherein the air outlet is arranged above the water level of the water bath, so that the supply air flow first flows through the water bath at least in sections and then leaves the air purification chamber as an exhaust air flow, characterized in that a downstream heating register for heating the exhaust air stream is arranged in an upper region of the air purification chamber in the region of the air outlet, and in that a fresh air supply is provided, by means of which fresh air can be supplied to the supply air flow, so that fresh air is introduced into the water bath together with the circulating air via the air inlet. wherein the device comprises an air purification chamber containing a water bath and having at least one air inlet for supplying an inlet air flow from the room and an air outlet for discharging a purified and humidified outlet air flow into the room, wherein the at least one air inlet ends below the water level of the water bath and wherein the air outlet is arranged above the water level of the water bath, so that the supply air flow first flows through the water bath at least in sections and then leaves the air purification chamber as an exhaust air flow, characterized in that a downstream heating register for heating the exhaust air stream is arranged in an upper region of the air purification chamber in the region of the air outlet, and in that a fresh air supply is provided, by means of which fresh air can be supplied to the supply air flow, so that fresh air is introduced into the water bath together with the circulating air via the air inlet.
A connector comprising: a connector housing holding a connector terminal, wherein the connector terminal comprises an insertion part that includes a terminal metal fitting having a flat plate shape to be electrically connected with an external connection terminal, and a lead part extending from a first end of the insertion part; and wherein the lead part is configured to bend in a thickness direction of the insertion part at a first bending position extending from the first end of the insertion part, characterized in that the lead part is configured to bend at a second bending position extending from the first bending position in a length direction of the insertion part, so that a tip part of the lead part extends in a parallel direction to a plane of the flat plate shape of the insertion part to be coupled to a substrate to which the connector is attached, wherein the connector housing includes a through-hole that has a minimum size through which the lead part can penetrate from a second end, which is at an opposite side of the first end of the lead part, and a guide wall formed along an outer circumference of the through-hole and projecting in a direction to which the lead part projects from the connector housing, and wherein the guide wall has a height of at least from the outer circumference of the through-hole to the first bending position of the lead part. a connector housing holding a connector terminal, wherein the connector terminal comprises an insertion part that includes a terminal metal fitting having a flat plate shape to be electrically connected with an external connection terminal, and a lead part extending from a first end of the insertion part; and wherein the lead part is configured to bend in a thickness direction of the insertion part at a first bending position extending from the first end of the insertion part, characterized in that the lead part is configured to bend at a second bending position extending from the first bending position in a length direction of the insertion part, so that a tip part of the lead part extends in a parallel direction to a plane of the flat plate shape of the insertion part to be coupled to a substrate to which the connector is attached, wherein the connector housing includes a through-hole that has a minimum size through which the lead part can penetrate from a second end, which is at an opposite side of the first end of the lead part, and a guide wall formed along an outer circumference of the through-hole and projecting in a direction to which the lead part projects from the connector housing, and wherein the guide wall has a height of at least from the outer circumference of the through-hole to the first bending position of the lead part.
Iron comprising an ironing plate provided with at least one steam outlet hole, a heating body comprising a lower face thermally connected with the ironing plate and an upper face on which a steaming chamber for producing a steam flow is provided, and a steam distribution circuit for conveying the steam flow to said at least one steam outlet hole of the ironing plate, said circuit comprising at least one outlet port, an exhaust channel, a steam distribution chamber provided between the lower face of the heating body and the ironing plate, and a cavity in which is arranged a retention device comprising a filtering grid intended to retain scale particles transported by the steam flow, said outlet port communicating with the exhaust channel, said exhaust channel opening into the steam distribution chamber, said cavity having, on one side, an end provided with a port closed by a removable plug which is accessible from the outside of the apparatus and through which the retention device can be extracted from the iron to be cleaned and, on the other side, an end communicating with an opening provided in a partition which delimits the rear end of the steaming chamber and through which the steam flow enters the cavity, during use the steam flow escaping from the cavity, after having passed through the filtering grid, passing through at least the outlet port, characterised in that the steaming chamber is laterally delimited by a peripheral wall projecting from the upper face of the heating body and is closed in its upper part by a closure plate resting on the peripheral wall, and in that the exhaust channel extends outside the space delimited by the peripheral wall and the closure plate, the exhaust channel extending towards the lower face of the heating body, passing to the side and/or under the vaporisation chamber.
A circuit for generating an N-bit cyclic redundancy code of a k-bit digit d, the code being based on a reconfigurable generator polynomial P of degree N, the circuit including a dynamic table comprising: a dynamic multiplication sub-table (MULT) connected to receive the polynomial P in binary form and providing, on respective outputs, products resulting from the multiplication by the polynomial P of each element definable over k bits, ordered by the scalar values of the k-bit elements; a dynamic division sub-table connected to receive the polynomial P in binary form and providing, on respective outputs, quotients resulting from the Euclidean division by the polynomial P of each k-bit element shifted by N bits to the left, ordered by the scalar values of the k-bit elements; and a group of first multiplexers, each multiplexer being connected to be indexed by a respective output of the division table to transmit the contents of a corresponding output of the multiplication table to an output of the dynamic table, of same rank (v) as the respective output of the division table. a dynamic multiplication sub-table (MULT) connected to receive the polynomial P in binary form and providing, on respective outputs, products resulting from the multiplication by the polynomial P of each element definable over k bits, ordered by the scalar values of the k-bit elements; a dynamic division sub-table connected to receive the polynomial P in binary form and providing, on respective outputs, quotients resulting from the Euclidean division by the polynomial P of each k-bit element shifted by N bits to the left, ordered by the scalar values of the k-bit elements; and a group of first multiplexers, each multiplexer being connected to be indexed by a respective output of the division table to transmit the contents of a corresponding output of the multiplication table to an output of the dynamic table, of same rank (v) as the respective output of the division table.
A composition comprising: (a) a base comprising water and surfactant, and (b) a polyglyceryl thickener comprising one or more compounds characterized by the Formula I: wherein: Z is a node structure selected from the group consisting of: and each G is an independently selected (poly)glyceryl group; each (Hphob) is an independently selected hydrophobic moiety which is a nonpolar moiety that contains at least one of: (a) a carbon-carbon chain of at least six carbons in which none of the six carbons is a carbonyl carbon or has a hydrophilic moiety bonded directly to it; (b) three or more alkyl siloxy groups; and/or (c) three or more oxypropylene groups in sequence; each L is an ether linking group; each L' is an ester linking group; x=2; h = 2; y = 0; a = 0; wherein said polyglyceryl thickener has an average number of hydrophobic groups per primary linking group of 0.35 or greater; wherein said polyglyceryl thickener has an average degree of glyceryl polymerization (DP g) of greater than 3 to 11. Z is a node structure selected from the group consisting of: and each G is an independently selected (poly)glyceryl group; each (Hphob) is an independently selected hydrophobic moiety which is a nonpolar moiety that contains at least one of: (a) a carbon-carbon chain of at least six carbons in which none of the six carbons is a carbonyl carbon or has a hydrophilic moiety bonded directly to it; (b) three or more alkyl siloxy groups; and/or (c) three or more oxypropylene groups in sequence; each L is an ether linking group; each L' is an ester linking group; x=2; h = 2; y = 0; a = 0;
A bicycle solitary chainring of a bicycle front crank set for engagement with a drive chain, comprising: a plurality of teeth extending from a periphery of the chainring wherein the plurality of teeth are formed about the periphery of the chainring; the plurality of teeth consists of an even number; the plurality of teeth including a first group of teeth and a second group of teeth, wherein each tooth of the first group of teeth is wider in the axial direction of the chainring than each tooth of the second group of teeth, wherein each tooth of the plurality of teeth includes an outboard side and an inboard side opposite the outboard side and each tooth of the first group of teeth includes at least a first protrusion on the outboard side and each tooth of the second group of teeth is free of protrusions; wherein the first group of teeth and the second group of teeth are equal in number; wherein the teeth of the second group of teeth are arranged alternatingly and adjacently between teeth of the first group of teeth, such that a single tooth of the first group of teeth is arranged between two successive teeth of the second group of teeth; characterized in that the outboard side and the inboard side of the teeth of the first group of teeth differ in their shape in a cross sectional view of the first group teeth such that the inboard side is free of a protrusion or comprises a second protrusion, wherein the first protrusion has a first width and the second protrusion has a second width, wherein the first width is greater than the second width. a plurality of teeth extending from a periphery of the chainring wherein the plurality of teeth are formed about the periphery of the chainring; the plurality of teeth consists of an even number; the plurality of teeth including a first group of teeth and a second group of teeth, wherein each tooth of the first group of teeth is wider in the axial direction of the chainring than each tooth of the second group of teeth, wherein each tooth of the plurality of teeth includes an outboard side and an inboard side opposite the outboard side and each tooth of the first group of teeth includes at least a first protrusion on the outboard side and each tooth of the second group of teeth is free of protrusions; wherein the first group of teeth and the second group of teeth are equal in number; wherein the teeth of the second group of teeth are arranged alternatingly and adjacently between teeth of the first group of teeth, such that a single tooth of the first group of teeth is arranged between two successive teeth of the second group of teeth; characterized in that the outboard side and the inboard side of the teeth of the first group of teeth differ in their shape in a cross sectional view of the first group teeth such that the inboard side is free of a protrusion or comprises a second protrusion, wherein the first protrusion has a first width and the second protrusion has a second width, wherein the first width is greater than the second width.
A composite laminate structure, comprising: first and second fiber reinforced plastic resin laminates (24, 26) each having an electrical impedance; and a structural bondline joining the first and second laminates together, the bondline having an electrical impedance substantially matching the electrical impedance of the first and second laminates (24, 26). first and second fiber reinforced plastic resin laminates (24, 26) each having an electrical impedance; and a structural bondline joining the first and second laminates together, the bondline having an electrical impedance substantially matching the electrical impedance of the first and second laminates (24, 26).