mhurhangee/patent-ind-claim-en huggingface dataset:
Detachable identification key head characterized by that it bears a socket of an irregular truncated pyramid shape with the large rectangular and parallel base at the entrance of the socket and the small rectangular and parallel base at the bottom of the socket and the lower horizontal side surface of isosceles trapezoidal shape perpendicular to the bases of the pyramid, the two equal side surfaces , right and left, are rectangular trapezoid in shape and converge with each other to the bottom of the socket , while the upper side surface is an isosceles trapezoid in shape and converges to the lower horizontal side surface to the bottom of the socket, so that the dimensions of the cross section of the socket decrease towards its depth, by that the flat lower horizontal side surface in the center and along it has a centering groove , from the center of which the axis A-A' passes through and by that the detachable identification key head has a through hole for mounting fasteners passing through the two equal lateral side surfaces , right and left, of the socket , as well as from the inclined upper side surface of the socket, creating a groove in such a position that from the center of the through hole a C-C' axis passes through perpendicular to the A-A' axis of the centering groove of the lower horizontal side surface of the socket . by that the flat lower horizontal side surface in the center and along it has a centering groove , from the center of which the axis A-A' passes through and by that the detachable identification key head has a through hole for mounting fasteners passing through the two equal lateral side surfaces , right and left, of the socket , as well as from the inclined upper side surface of the socket, creating a groove in such a position that from the center of the through hole a C-C' axis passes through perpendicular to the A-A' axis of the centering groove of the lower horizontal side surface of the socket .
System for the contactless transfer of electrical power between on the one hand a primary circuit comprising a power converter intended to be coupled to a DC voltage source and powering a primary resonant circuit comprising a planar primary coil and, on the other hand, at least one secondary circuit comprising a voltage-rectifying device intended to be coupled to an electrical network and connected to at least one secondary resonant circuit comprising a planar secondary coil , said system being able to transfer the electrical signal by induction between the two coils forming a magnetic coupler, characterized in that the primary and secondary circuits include capacitors (C1, C2, C3, C4, C5, C6, C7) connected to the primary and secondary coils so as to resonate with the impedances of the primary and secondary coils, the primary and secondary coils being positioned next to each other in one and the same plane and separated by an airgap, said system including means for improving the magnetic coupling between said primary and secondary coils.
A tubular glass bottle neck including: a tubular wall , connected in continuation to a bottle body, defining an inner conduit , an outer wall face , and a mouth accessible from outside the bottle; a protruding annular collar on the outer surface of the tubular wall in a position adjacent to the mouth , with said annular collar being provided with an outer collar face confined between two annular collar projections ; characterized in that said tubular wall defines a collar segment (A), a transition segment (B), and a wide segment (C) successive to and aligned with one another and with their respective inner conduits being connected to one another, the collar segment (A) includes the annular collar and the mouth , with the thickness of the annular collar being added to the thickness of the tubular wall in at least part of said collar segment (A); the outer wall face of the wide segment (C) is flush with the outer collar face , and the inner conduit thereof has a cross section having a larger size than the cross section of the inner conduit of the collar segment (A); and the transition segment (B) links the collar segment (A) and the wide segment (C), the inner conduit thereof comprises successive cross sections having an increasing size connecting the inner conduits of the collar segment (A) and the wide segment (C), and the outer wall face thereof has at least two successive cross sections having a different size, connecting the outer wall faces of the collar segment (A) and the wide segment (C), defining an annular outer recess between the collar and the wide segment (C). a tubular wall , connected in continuation to a bottle body, defining an inner conduit , an outer wall face , and a mouth accessible from outside the bottle; a protruding annular collar on the outer surface of the tubular wall in a position adjacent to the mouth , with said annular collar being provided with an outer collar face confined between two annular collar projections ; characterized in that said tubular wall defines a collar segment (A), a transition segment (B), and a wide segment (C) successive to and aligned with one another and with their respective inner conduits being connected to one another, the collar segment (A) includes the annular collar and the mouth , with the thickness of the annular collar being added to the thickness of the tubular wall in at least part of said collar segment (A); the outer wall face of the wide segment (C) is flush with the outer collar face , and the inner conduit thereof has a cross section having a larger size than the cross section of the inner conduit of the collar segment (A); and the transition segment (B) links the collar segment (A) and the wide segment (C), the inner conduit thereof comprises successive cross sections having an increasing size connecting the inner conduits of the collar segment (A) and the wide segment (C), and the outer wall face thereof has at least two successive cross sections having a different size, connecting the outer wall faces of the collar segment (A) and the wide segment (C), defining an annular outer recess between the collar and the wide segment (C).
A surgical helmet for use with a surgical garment configured to define a barrier between a wearer and an external environment, the surgical helmet comprising: a headband including a front portion , a rear portion and a pair of opposed side portions connecting the front portion to the rear portion , the headband being configured to encircle a head of the wearer; a ventilation assembly coupled to the headband , the ventilation assembly being configured to draw air through the surgical garment and circulate it about the wearer; wherein the rear portion comprises: a base member for receiving an end of each of the pair of opposed side portions ; characterized in that the rear portion further comprises: a pair of contact surfaces configured to contact the head of the wearer, each of the pair of contact surfaces being slidably coupled to one of the side portions ; and at least one support member disposed between each of the pair of contact surfaces and the base member , the support member being formed from a rigid bracket and configured to offset opposing ends of the pair of contact surfaces proximally from the base member such that the rear portion defines a void between the pair of contact surfaces and the base member of the rear portion of the headband to allow hair to collect between the head of the wearer and the base member . a headband including a front portion , a rear portion and a pair of opposed side portions connecting the front portion to the rear portion , the headband being configured to encircle a head of the wearer; a ventilation assembly coupled to the headband , the ventilation assembly being configured to draw air through the surgical garment and circulate it about the wearer; wherein the rear portion comprises: a base member for receiving an end of each of the pair of opposed side portions ; a pair of contact surfaces configured to contact the head of the wearer, each of the pair of contact surfaces being slidably coupled to one of the side portions ; and at least one support member disposed between each of the pair of contact surfaces and the base member , the support member being formed from a rigid bracket and configured to offset opposing ends of the pair of contact surfaces proximally from the base member such that the rear portion defines a void between the pair of contact surfaces and the base member of the rear portion of the headband to allow hair to collect between the head of the wearer and the base member .
A shaft generator arrangement for a ship, the arrangement comprising a permanent magnet generator being connectable with a main shaft of the ship, a frequency transformer arranged to transform voltage of the generator , and a generator breaker between the generator and the frequency transformer through which the generator is connected to the frequency transformer , wherein windings of the permanent magnet generator are connected to a star point , and which arrangement comprises a star point breaker between the windings and the star point, the arrangement further comprising a first current measurement arranged to measure currents between the generator and the frequency transformer , the shaft generator arrangement is characterised by comprising f a second current measurement arranged to measure currents between the windings and the star point , and a protection relay that is connected to the first and the second current measurement and to the star point breaker and the generator breaker , which protection relay is arranged to open the star point breaker if 2- or 3 -phase short circuit between the phases of the generator is detected as response to the first or second measurement, and open the generator breaker if double ground fault is detected as response to said first and second measurements, and the protection relay being arranged to open the star point breaker due the malfunction of the generator breaker , and the protection relay has an overcurrent protection function to detect overcurrent in case of the 2- or 3 -phase short circuit, and a differential current protection function to detect differential current in case of the double ground fault.
A method comprising: determining a plurality of network signaling events, NSE (200, NSE1, NSE2, NSE3, NSE4, 284, 286, 290), comprising a first NSE and a second NSE, wherein each of the plurality of NSEs comprises a pattern of network control messages; transmitting, via a network, a first network control message of the first NSE; receiving, at a first response time, a response message to the first network control message of the first NSE; determining operational information associated with the network based on the first response time; determining timing information related to timing of transmission of a second network control message of the second NSE based on the operational information; and transmitting, via the network, the second network control signal of the second NSE based on the timing information. determining a plurality of network signaling events, NSE (200, NSE1, NSE2, NSE3, NSE4, 284, 286, 290), comprising a first NSE and a second NSE, wherein each of the plurality of NSEs comprises a pattern of network control messages; transmitting, via a network, a first network control message of the first NSE; receiving, at a first response time, a response message to the first network control message of the first NSE; determining operational information associated with the network based on the first response time; determining timing information related to timing of transmission of a second network control message of the second NSE based on the operational information; and transmitting, via the network, the second network control signal of the second NSE based on the timing information.
Input point for a pneumatic waste material conveying system, which input point comprises an input aperture for feeding material to inside the input point from outside the input point, means for opening and closing the input aperture, and means for conducting replacement air in a regulated manner from the input point to a material conveying channel, which can be connected to a conveying pipe, into which conveying pipe a suction side of a partial-vacuum generator can be connected to act, the input point comprises a vertical channel part , which can be connected at its bottom part to the material conveying channel, in the wall of the channel part an aperture is formed for feeding material into a channel space of the channel part via the input aperture or the aperture of the channel part can be the input aperture in an embodiment in which the channel part forms an outer wall, or part thereof, of the input point, and the means for opening and closing the input aperture comprise a first shut-off means , characterized in that the first shut-off means is a bushing means fitted inside the channel part movably in the direction of channel part between at least one first position, in which the connection for feeding in material via the input aperture is closed, and at least one second position, in which the connection for feeding in material via the input aperture is open.
A fuel composition comprising greater than 50 wt. % of a hydrocarbon fuel boiling in gasoline or diesel range and 25 to 5000 ppm by weight of one or more primary or secondary amino alkanediol or an alkyl carboxylic acid salt of the primary or secondary amino alkanediol, wherein structure of the amino alkanediol is wherein R 1 is an H or an aliphatic group, wherein the aliphatic group is one of the following hydrocarbon chain: pentyl group, hexyl group, heptan-2-yl group, 2-methylhexyl group, 2-ethylhexyl group, or 4-methylhexyl group.
A sheet material comprising a polymer elastic body in a fibrous base material, wherein the fibrous base material includes ultrafine fibers having an average single fiber diameter of 0.1 μm or more and 10 μm or less, the polymer elastic body has a hydrophilic group and contains a polyether diol as a constituent, the polymer elastic body internally has an N-acylurea bond and/or an isourea bond, and the following condition 1 and condition 2 are satisfied: condition 1: A bending resistance in a lengthwise direction as determined in accordance with Method A (45° cantilever method) set forth in JIS L 1096: 2010 "Testing methods for woven and knitted fabrics" is 40 mm or more and 140 mm or less; and condition 2: An abrasion weight loss after 20,000 cycles of a Martindale abrasion test set forth in JIS L 1096:2005 after a light resistance test as performed under the conditions that a xenon arc amount as measured by a light fastness measurement method of JIS L 0843:2006 is 110 MJ/m 2 , is 25 mg or less. condition 1: A bending resistance in a lengthwise direction as determined in accordance with Method A (45° cantilever method) set forth in JIS L 1096: 2010 "Testing methods for woven and knitted fabrics" is 40 mm or more and 140 mm or less; and condition 2: An abrasion weight loss after 20,000 cycles of a Martindale abrasion test set forth in JIS L 1096:2005 after a light resistance test as performed under the conditions that a xenon arc amount as measured by a light fastness measurement method of JIS L 0843:2006 is 110 MJ/m 2 , is 25 mg or less.
UV-C module for disinfecting or sterilizing air which is circulated by ventilation and air-conditioning (HVAC) systems by treatment with ultraviolet (UV) radiation, comprising at least one main profile and one support profile and at least one UV-C emitter , wherein the at least one main profile and one support profile are mounted parallel to each other, wherein said at least one main profile and one support profile have a rectilinear extension, wherein the main profile is hollow and is designed as a cable duct and wherein the at least one UV-C emitter is mounted parallel to the air flow direction and, wherein the at least one UV-C emitter is mounted perpendicular to the main and support profiles via a plug-in connection which connects them to one another, and wherein the UV-C module is mounted in the supply air duct or exhaust air duct of the ventilation and air conditioning system. wherein the at least one UV-C emitter is mounted parallel to the air flow direction and, wherein the at least one UV-C emitter is mounted perpendicular to the main and support profiles via a plug-in connection which connects them to one another, and wherein the UV-C module is mounted in the supply air duct or exhaust air duct of the ventilation and air conditioning system.
Process for rearing insects comprising growth phases during which the insects are stored in a controlled environment, said growth phases alternating with operating sequences during which at least one specific rearing operation is performed, said specific rearing operation being one of the following operations: • depositing (S8) a rearing substrate in a rearing container; • providing water in a rearing container; • emptying (S3) a rearing container; • identifying insects exhibiting symptoms of disease in order to separate them from a container; • separating fine waste, comprising droppings, remains of the substrate and molts, from the insects; • separating mature live larvae and the unconsumed substrate; • separating dead larvae from live larvae; • grading (S6) the larvae according to their size; • sorting the adult insects from the larvae and the nymphs; • sorting the live insects from the dead insects; • sorting the eggs from the adults and sorting the eggs from the substrate; • sorting the nymphs from the larvae; • cleaning (S4) a rearing container; • filling (S7, S7') a rearing container with insects; • discarding the contents of a rearing container, characterised in that it comprises a sequence called synchronisation sequence (figure 4) during which a batch of insects is sorted and distributed into several categories of size or maturity in different containers, then said containers are grouped together to constitute basic rearing units (UE) comprising a predefined number of containers , one basic unit (UE) comprising only insects of the same category. • depositing (S8) a rearing substrate in a rearing container; • providing water in a rearing container; • emptying (S3) a rearing container; • identifying insects exhibiting symptoms of disease in order to separate them from a container; • separating fine waste, comprising droppings, remains of the substrate and molts, from the insects; • separating mature live larvae and the unconsumed substrate; • separating dead larvae from live larvae; • grading (S6) the larvae according to their size; • sorting the adult insects from the larvae and the nymphs; • sorting the live insects from the dead insects; • sorting the eggs from the adults and sorting the eggs from the substrate; • sorting the nymphs from the larvae; • cleaning (S4) a rearing container; • filling (S7, S7') a rearing container with insects; • discarding the contents of a rearing container,
A method of implementing a load transfer function in a Substation Automation SA system for a substation supplying electric power to a load , comprising - reading a standardized configuration description of the SA system, and obtaining therefrom a static topology representative of at least a part of the substation as well as information about primary elements of the substation, - updating a dynamic substation topology based on a switch status of a switching device of the substation, - for a transformer (A1) connecting a first bus bar to a second bus bar of the substation, identifying, based on the dynamic substation topology, primary elements (13, 15, B, 14, 16) arranged between the first and second bus bar, - determining a load transfer function by selecting, based on a status of the identified primary elements (13, 15, B, 14, 16), a primary element that has to be activated in order to connect the first to the second bus bar, and - storing the load transfer function to be executed in case of a failure of the transformer (A1), characterized in that a process including the steps of updating the dynamic substation topology, determining a load transfer function and storing the load transfer function is repeated as soon as a change to the dynamic substation topology is reported. - reading a standardized configuration description of the SA system, and obtaining therefrom a static topology representative of at least a part of the substation as well as information about primary elements of the substation, - updating a dynamic substation topology based on a switch status of a switching device of the substation, - for a transformer (A1) connecting a first bus bar to a second bus bar of the substation, identifying, based on the dynamic substation topology, primary elements (13, 15, B, 14, 16) arranged between the first and second bus bar, - determining a load transfer function by selecting, based on a status of the identified primary elements (13, 15, B, 14, 16), a primary element that has to be activated in order to connect the first to the second bus bar, and - storing the load transfer function to be executed in case of a failure of the transformer (A1),
A method for generating a second image from a first image obtained from a video bitstream, the method comprising applying a color gamut mapping process on said first image to generate said second image, a content of said second image corresponding to a content of said first image but a color space of said second image being different from a color space of said first image, said color gamut mapping process being controlled at least by a color gamut mapping mode obtained from the video bitstream and, said color gamut mapping mode belonging to a set comprising at least two preset modes and an explicit parameters mode; the method characterized in that , in case said obtained color gamut mapping mode is said explicit parameters mode and in case the color gamut mapping process of the method is not enabled for the explicit parameters mode for generating said second image from said first image, determining a substitute color gamut mapping mode from additional data, said color gamut mapping process being controlled by said substitute color gamut mapping mode.
A hand-held phototherapy device comprising: an elongated tubular structure including a concave reflective end , a plurality of radiant lamps operatively disposed to communicate radiant energy from the concave reflective end to a user treatment area, wherein the concave reflective end disperses the radiant energy over the user treatment area, wherein the concave reflective end provides an inclined treatment applicator surface, which is angularly offset 15 degrees to 75 degrees from a longitudinal axis of the elongated structure, wherein the plurality of radiant lamps are mounted and aligned to substantially the angular offset from the longitudinal axis of the elongated structure, and further comprising a removable end cap which covers the concave reflective end. an elongated tubular structure including a concave reflective end , a plurality of radiant lamps operatively disposed to communicate radiant energy from the concave reflective end to a user treatment area, wherein the concave reflective end disperses the radiant energy over the user treatment area, wherein the concave reflective end provides an inclined treatment applicator surface, which is angularly offset 15 degrees to 75 degrees from a longitudinal axis of the elongated structure, wherein the plurality of radiant lamps are mounted and aligned to substantially the angular offset from the longitudinal axis of the elongated structure, and further comprising a removable end cap which covers the concave reflective end.