mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a vehicle panel intended for covering an airbag module, in particular a dashboard, the method comprising the following operations: a) a reinforcement net and a mold assembly are used, the mold assembly comprising a first mold part, a second mold part and a shaping element, the shaping element presenting a slender shape and being mobile between a projecting position and a retracted position, b) the shaping element is placed in the projecting position and a U-shaped portion is formed in the reinforcement net with the shaping element inserted in the U-shaped portion of the reinforcement net, c) the shaping element is displaced in the retracted position, to release an elongated space in the U-shaped portion of the reinforcement net, d) plastic material is introduced into a mold cavity extending between the first part and the second part of the mold assembly, said mold cavity including said elongated space, and the U-shaped portion of the reinforcement net is thereby enclosed in the plastic material. a) a reinforcement net and a mold assembly are used, the mold assembly comprising a first mold part, a second mold part and a shaping element, the shaping element presenting a slender shape and being mobile between a projecting position and a retracted position, b) the shaping element is placed in the projecting position and a U-shaped portion is formed in the reinforcement net with the shaping element inserted in the U-shaped portion of the reinforcement net, c) the shaping element is displaced in the retracted position, to release an elongated space in the U-shaped portion of the reinforcement net, d) plastic material is introduced into a mold cavity extending between the first part and the second part of the mold assembly, said mold cavity including said elongated space, and the U-shaped portion of the reinforcement net is thereby enclosed in the plastic material.
Sugar replacement composition comprising - polydextrose, and at least one polyol, - wherein the content of the at least one polyol is from 10 weight% to 70 weight%, - wherein at least one of the polyol components is erythritol, - wherein the content of erythritol is from 10 weight% to 70 weight%, wherein said sugar replacement composition comprises in addition to the polyol component - 30 to 60 weight %, preferably 40 to 55 weight %, of polydextrose, - more than 0 to 15 weight %, of inulin, - more than 0 to 15 weight %, of oligofructose, - 3 to 5 weight % of resistant maltodextrin, and optionally a sweetening component comprising one or more sweeteners selected from - high intensity sweeteners, and - sweetness enhancers wherein all weight % indications are based on the total of the sugar replacement composition being 100 weight %. - polydextrose, and at least one polyol, - wherein the content of the at least one polyol is from 10 weight% to 70 weight%, - wherein at least one of the polyol components is erythritol, - wherein the content of erythritol is from 10 weight% to 70 weight%, wherein said sugar replacement composition comprises in addition to the polyol component - 30 to 60 weight %, preferably 40 to 55 weight %, of polydextrose, - more than 0 to 15 weight %, of inulin, - more than 0 to 15 weight %, of oligofructose, - 3 to 5 weight % of resistant maltodextrin, and optionally a sweetening component comprising one or more sweeteners selected from - high intensity sweeteners, and - sweetness enhancers
An intermediate transfer belt for use in an electrophotographic apparatus, comprising: a resin layer, and as an outermost surface lying over the resin layer uniform convex regions formed by aligning independent spherical resin particles in a surface direction; and depressed regions formed of a lubricant layer which respectively lie between the convex regions, characterized in that the resin layer includes at least one of a silicone-modified epoxy elastomer and a silicone-modified acrylic elastomer. a resin layer, and as an outermost surface lying over the resin layer uniform convex regions formed by aligning independent spherical resin particles in a surface direction; and depressed regions formed of a lubricant layer which respectively lie between the convex regions, characterized in that the resin layer includes at least one of a silicone-modified epoxy elastomer and a silicone-modified acrylic elastomer.
A method of forming two external annular flanges adjacent one end of a wound fibre reinforced thermoplastic tube or pipe, wherein the wound fibre reinforced thermoplastic tube or pipe comprises substantially continuous reinforcing fibres which are helically wound within a thermoplastic matrix, the method comprising mounting the tube on a mandrel, clamping a first end portion of the tube in a collar having two internal annular cavities (18, 19) each for forming a flange, the second of which is nearer the end of the tube, heating a second portion of the tube in the region of both the cavities (18, 19) to soften firstly in the region of the first cavity, and applying an axial load to the end of the tube to cause the softened portion to bend and flow into the first cavity in the collar to form a first flange, and then to soften in the region of the second cavity to cause the softened portion to bend and flow therein under further axial load to form a second flange.
An inverter assembly without galvanic isolation, the inverter comprising: a Printed Circuit Board, PCB on which a power supply circuit unit, an inverter unit, an analogue circuit unit and a controller are formed; a first ground circuit pattern formed on the PCB and configured to supply a ground power to the power supply circuit unit and the inverter unit; and a second ground circuit pattern formed on the PCB and configured to supply the ground power to the analogue circuit unit; a third ground circuit pattern formed on the PCB and configured to supply the ground power to the controller; a first bead formed on the PCB to electrically connect the first ground circuit pattern and the second ground circuit pattern by a medium of an impedance; a second bead formed on the PCB to electrically connect the second ground circuit pattern and the third ground circuit pattern by a medium of an impedance; and a switching mode power supply, SMPS formed on the PCB to electrically connect the first ground circuit pattern and the second ground circuit pattern and to supply an auxiliary power to the inverter unit, wherein the first and second beads (170, 180) each include an element configured to increase impedance at a particular harmonic area to reduce or interrupt a switching harmonic noise generated from the SMPS. a Printed Circuit Board, PCB on which a power supply circuit unit, an inverter unit, an analogue circuit unit and a controller are formed; a first ground circuit pattern formed on the PCB and configured to supply a ground power to the power supply circuit unit and the inverter unit; and a second ground circuit pattern formed on the PCB and configured to supply the ground power to the analogue circuit unit; a third ground circuit pattern formed on the PCB and configured to supply the ground power to the controller; a first bead formed on the PCB to electrically connect the first ground circuit pattern and the second ground circuit pattern by a medium of an impedance; a second bead formed on the PCB to electrically connect the second ground circuit pattern and the third ground circuit pattern by a medium of an impedance; and a switching mode power supply, SMPS formed on the PCB to electrically connect the first ground circuit pattern and the second ground circuit pattern and to supply an auxiliary power to the inverter unit, wherein the first and second beads (170, 180) each include an element configured to increase impedance at a particular harmonic area to reduce or interrupt a switching harmonic noise generated from the SMPS.
A device for holding plates each including a semiconductor material and each having first and second faces, said device including a first member and a second member, and said device including, in an assembly configuration of the device: - the first member assembled to the second member so as to delimit a plurality of holding frames each defining a location intended for the reception of a pair of plates to be held, whose first faces are directed towards each other, each holding frame being adjacent to at least one other holding frame, - for each pair of adjacent holding frames, a passage connecting, between said adjacent holding frames, the exterior of the device to a space separating the locations defined by said adjacent holding frames, characterized in that each holding frame is configured so as to border the periphery of each of the second faces of the plates of a pair of plates when it is held in the location defined by said holding frame. - the first member assembled to the second member so as to delimit a plurality of holding frames each defining a location intended for the reception of a pair of plates to be held, whose first faces are directed towards each other, each holding frame being adjacent to at least one other holding frame, - for each pair of adjacent holding frames, a passage connecting, between said adjacent holding frames, the exterior of the device to a space separating the locations defined by said adjacent holding frames, characterized in that each holding frame is configured so as to border the periphery of each of the second faces of the plates of a pair of plates when it is held in the location defined by said holding frame.
A pharmaceutical composition comprising sulglycotide or its pharmaceutically acceptable salt as an active ingredient for use in preventing or treating dry eye syndrome.
A security document with a monolithic laminated body manufactured from a plurality of successive foils, characterized in that the laminated body has a lacquer layer which forms a relief structure and is dimensionally stable under the conditions of a lamination procedure, characterized in that the relief structure is disposed inside the laminated body and has a structure size of larger than 2 μm.
A control method for generating control signals for controlling one or more electronic inverters by means of an inverter control unit, the method comprising: iterating a look-up table sequentially in accordance with a first iteration sequence to derive waveform value data for a multi-phase reference waveform; iterating the look-up table sequentially in accordance with a second iteration sequence to derive waveform value data corresponding to harmonic data for the multi-phase reference waveform; adding the harmonic data into the multi-phase reference waveform to produce a harmonic reference waveform; and generating the plurality of control signals from the harmonic reference waveform; characterized by: wherein a dead time insertion block is arranged to receive a plurality of phase up and phase down inputs which are input to a plurality of multiplexers, each multiplexer selecting a plurality of up and down outputs (3106, 3110) for use in generating said control signals to prevent short circuit at the inverter output. iterating a look-up table sequentially in accordance with a first iteration sequence to derive waveform value data for a multi-phase reference waveform; iterating the look-up table sequentially in accordance with a second iteration sequence to derive waveform value data corresponding to harmonic data for the multi-phase reference waveform; adding the harmonic data into the multi-phase reference waveform to produce a harmonic reference waveform; and generating the plurality of control signals from the harmonic reference waveform; characterized by: wherein a dead time insertion block is arranged to receive a plurality of phase up and phase down inputs which are input to a plurality of multiplexers, each multiplexer selecting a plurality of up and down outputs (3106, 3110) for use in generating said control signals to prevent short circuit at the inverter output. wherein a dead time insertion block is arranged to receive a plurality of phase up and phase down inputs which are input to a plurality of multiplexers, each multiplexer selecting a plurality of up and down outputs (3106, 3110) for use in generating said control signals to prevent short circuit at the inverter output.
Commutator motor with a commutator, which has a collector which on a collector running surface is in sliding contact with assigned brushes (250, 290), wherein at least one brush is arranged in an assigned brush holder, wherein the brush holder has at least one guiding web (231, 237), which is aligned in the radial direction of the collector and engages in at least one guiding groove (252, 254) provided on the at least one brush, characterized in that the brush holder is formed in one piece with a brush carrier as an injection-moulded part, and the brush holder has two lateral guiding surfaces (223, 225), which are connected to one another at least by way of a resting surface for the at least one brush to rest on, and the lateral guiding surfaces (223, 225) are arranged perpendicularly in relation to the resting surface, and the resting surface has a passage opening.
A method for remotely controlling channel access in a contention-based packet-switched access network, the method comprising: - receiving (S21; S31; S41; S51) at least one packet transmission failure parameter, indicating a number of packet transmission failures in the access network; - receiving (S22; S32; S42; S52) a packet transmission attempt parameter, indicating a number of packet transmission attempts in the access network; - based on the received at least one packet transmission failure parameter, based on the received packet transmission attempt parameter, and based on at least one predetermined threshold, deciding (S23; S331, S332; S431, S432; S531, S532) whether to control channel access in the access network; and - if it is decided so, setting (S24; S34; S44; S553, S563) at least one channel access parameter value for accessing the access network based on a number of devices associated with the access network and based on the at least one predetermined threshold; wherein the at least one packet transmission failure parameter, the packet transmission attempt parameter, and the at least one channel access parameter relate exclusively to a voice traffic access category. - receiving (S21; S31; S41; S51) at least one packet transmission failure parameter, indicating a number of packet transmission failures in the access network; - receiving (S22; S32; S42; S52) a packet transmission attempt parameter, indicating a number of packet transmission attempts in the access network; - based on the received at least one packet transmission failure parameter, based on the received packet transmission attempt parameter, and based on at least one predetermined threshold, deciding (S23; S331, S332; S431, S432; S531, S532) whether to control channel access in the access network; and - if it is decided so, setting (S24; S34; S44; S553, S563) at least one channel access parameter value for accessing the access network based on a number of devices associated with the access network and based on the at least one predetermined threshold;
A battery cell assembly, comprising: a cooling fin having a rectangular-shaped aluminum plate, a tube, and a flexible thermally conductive sheet; the rectangular-shaped aluminum plate having a first side and a second side; the tube coupled to the first side of the rectangular-shaped aluminum plate and extending on at least first, second, and third peripheral edge portions (100, 102 and 104) of the rectangular-shaped aluminum plate; the flexible thermally conductive sheet being disposed on the first side of the rectangular-shaped aluminum plate; and a battery cell (30,32) disposed against the flexible thermally conductive sheet of the cooling fin, characterized in that the battery cell assembly further comprises first and second rectangular ring-shaped frame members (20, 22), the cooling fin and the battery cell (30,32) are disposed between the first and second rectangular ring-shaped frame members (20, 22). a cooling fin having a rectangular-shaped aluminum plate, a tube, and a flexible thermally conductive sheet; the rectangular-shaped aluminum plate having a first side and a second side; the tube coupled to the first side of the rectangular-shaped aluminum plate and extending on at least first, second, and third peripheral edge portions (100, 102 and 104) of the rectangular-shaped aluminum plate; the flexible thermally conductive sheet being disposed on the first side of the rectangular-shaped aluminum plate; and a battery cell (30,32) disposed against the flexible thermally conductive sheet of the cooling fin, characterized in that the battery cell assembly further comprises first and second rectangular ring-shaped frame members (20, 22), the cooling fin and the battery cell (30,32) are disposed between the first and second rectangular ring-shaped frame members (20, 22).
A method for interrupting voice transmissions within a multi site communication system comprising operating a repeater to: engage in an interruptible voice communication; identify an open burst location based on a repeat delay when the interruptible voice communication is received from a source directly via a wireless network, and identify the open burst location as irrelevant when the interruptible voice communication is received from a source indirectly via a backend network; and repeat (245, 255) the interruptible voice communication including the open burst location. engage in an interruptible voice communication; identify an open burst location based on a repeat delay when the interruptible voice communication is received from a source directly via a wireless network, and identify the open burst location as irrelevant when the interruptible voice communication is received from a source indirectly via a backend network; and repeat (245, 255) the interruptible voice communication including the open burst location.
Winding machine for winding a plurality of yarns to form a plurality of bobbins, having at least one winding spindle (3.1, 3.2) and a plurality of winding positions which are disposed along the winding spindle (3.1, 3.2), wherein each of the winding positions has one of a plurality of traversing units for guiding the yarns to and fro, wherein the traversing units are held beside one another by a traversing plate in a machine frame, and wherein the traversing plate on one side has a tubular beam which is disposed so as to be spaced apart and which at the ends thereof is fixedly connected to the traversing plate, characterized in that at least one damping element by way of which the traversing plate is supported in relation to the tubular beam is provided between the ends of the tubular beam, on the side of the traversing plate.
Method for cutting a food product into slices for creating portions taking into account the desired weight thereof, a plurality of food products being consecutively supplied, on a conveyor, to a cutting device in order to cut the conveyed food product into slices, data relating to a cut surface of the food product to be cut being collected by a camera during the cutting process, and the information being evaluated by a control device connected to the camera in order to alter the thickness of the slice to be cut based on the data while the food product is being cut, by actuating corresponding control elements, characterised in that t he control device detects a remnant of a first food product, which remnant is not sufficient to cut a portion of the desired weight, the control device recording the remnant using data on the length, data on the cut surface and data on the specific weight, and evaluating the remnant for the cutting of at least the next food product, and the remnant being supplied to the control device as an input quantity, and being taken into account by the control device for regulating corresponding control elements when cutting a subsequent food product, so that a further remnant is minimised.
A method performed by an authentication server, the method comprising: receiving a first subscriber identity from a user equipment; storing a core-network public key, a core-network private key associated with the core-network public key, and an expected payload; receiving a user-equipment public key associated with the user equipment; generating a first cipher key based on both the user-equipment public key and the core-network private key; receiving an encrypted message from the user equipment, the encrypted message including a payload encrypted with a second cipher key that is based on a user-equipment private key and the core-network public key; decrypting the encrypted message using the first cipher key to obtain the payload; verifying the first cipher key and the second cipher key based on a determination that the payload of the encrypted message is equal to the expected payload; sending the user-equipment public key to a distributed-network cellular-identity-management server responsive to verifying the first cipher key and the second cipher key; receiving a second subscriber identity that corresponds to the user-equipment public key from the distributed-network cellular-identity-management server; and authenticating the user equipment based on a determination that the first subscriber identity provided by the user equipment is equal to the second subscriber identity provided by the distributed-network cellular-identity-management server. receiving a first subscriber identity from a user equipment; storing a core-network public key, a core-network private key associated with the core-network public key, and an expected payload; receiving a user-equipment public key associated with the user equipment; generating a first cipher key based on both the user-equipment public key and the core-network private key; receiving an encrypted message from the user equipment, the encrypted message including a payload encrypted with a second cipher key that is based on a user-equipment private key and the core-network public key; decrypting the encrypted message using the first cipher key to obtain the payload; verifying the first cipher key and the second cipher key based on a determination that the payload of the encrypted message is equal to the expected payload; sending the user-equipment public key to a distributed-network cellular-identity-management server responsive to verifying the first cipher key and the second cipher key; receiving a second subscriber identity that corresponds to the user-equipment public key from the distributed-network cellular-identity-management server; and authenticating the user equipment based on a determination that the first subscriber identity provided by the user equipment is equal to the second subscriber identity provided by the distributed-network cellular-identity-management server.