Resultados 1-10 de 73.989.083 para Critérios: Organismo(s): all Língua: PT Radicalização: true
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Page: / 7398909
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TítuloCtrData de publicação
CIP№ do pedidoRequerenteInventor
1. WO/2019/046868 WIND TURBINEWO14.03.2019
F03D 3/02
F ENGENHARIA MECÂNICA; ILUMINAÇÃO; AQUECIMENTO; ARMAS; EXPLOSÃO
03
MÁQUINAS OU MOTORES PARA LÍQUIDOS; MOTORES MOVIDOS A VENTO, MOLAS, PESOS OU OUTROS; PRODUÇÃO DE FORÇA MECÂNICA OU DE EMPUXO PROPULSIVO POR REAÇÃO, NÃO INCLUÍDA EM OUTRO LOCAL
D
MOTORES MOVIDOS A VENTO
3
Motores a vento com o eixo de rotação sensivelmente em ângulo reto com a direção do vento
02
com vários rotores
PCT/AT2017/000063GRUBER, AloisGRUBER, Alois
The invention relates to a wind turbine, in which a plurality of supporting beams (16) are arranged along a tripod mast (2), which stands on a foundation consisting of a circular rail (13) anchored in the ground having a rotatable base frame (8), wherein a generator is provided on each supporting beam, which generator is coupled to a predetermined number of rotors (4), which are reinforced by a closing disc (12) consisting of a plurality of segments (29), wherein the tripod mast (2) has as top closure a cross-beam (1) tensioned with four cables (5) as storm protection, which cross-beam tensions the entire system with four cables (5) and is rotatably mounted in the centre of the mast, with the tripod mast being freely rotatable.

2. WO/2019/046869 A VEHICLE THAT CAN TRAVEL ON A STREET AND IS EQUIPPED WITH A SIGNAL DEVICEWO14.03.2019
B60Q 9/00
B OPERAÇÕES DE PROCESSAMENTO; TRANSPORTE
60
VEÍCULOS EM GERAL
Q
DISPOSIÇÕES DE SINALIZAÇÃO OU DISPOSITIVOS DE ILUMINAÇÃO, MONTAGEM OU SUPORTE DOS MESMOS OU CIRCUITOS PARA OS MESMOS, PARA VEÍCULOS EM GERAL
9
Disposições ou adaptações de dispositivos de sinalização não incluídos em um dos grupos principais B60Q1/-B60Q7/150
PCT/AT2018/000070KUCHARKO, Franciszek JerzyKUCHARKO, Franciszek Jerzy
The invention relates to a vehicle (1) that can travel on a street, and comprises a driver space, a side rearview mirror (4) and a signal device (5) for simplifying overtaking processes, the signal device (5) comprising an object detection sensor (6) and a display part (7). The display surface of the display part (7) is on the side of the vehicle (1) on which optionally a vehicle that is just being overtaken is located in a correct operating mode. The display surface is oriented towards the side rearview mirror (4) arranged on this side of the vehicle (1) and can be seen in said rearview mirror (4) from the driver space of the vehicle (1) by means of reflection.

3. WO/2019/046870 DETERMINATION OF THE RANKING OF THE PERCEPTION INTENSITY OF STIMULI FROM A TEST SET OF STIMULI IN A TEST PERSONWO14.03.2019
A61B 5/0484
A NECESSIDADES HUMANAS
61
CIÊNCIA MÉDICA OU VETERINÁRIA; HIGIENE
B
DIAGNÓSTICO; CIRURGIA; IDENTIFICAÇÃO
5
Medição com finalidades de diagnóstico; Identificação de pessoas
04
Detecção, medição ou registro dos sinais bioelétricos do corpo ou suas partes
0476
Eletroencefalografia
0484
usando potenciais evocados
PCT/AT2018/060145GUGER, ChristophGUGER, Christoph
The invention relates to a method for determining the ranking of the perception intensity of stimuli (S1,...,Sn) from a test set of stimuli in a test person (1) by means of a brain-computer interface (20), wherein a reference set of stimuli (Z, V1,..., Vn) is compiled from at least one target stimulus (Z) and a predefined number of comparison stimuli (V1,..., Vn), wherein in a training phase a) the individual stimuli (Z, V1,..., Vn) from the reference set are applied to the test person (1), b) wherein after the application of every stimulus (Z, V1,..., Vn) from the reference set the reaction of the test person (1) is ascertained in that the (1) EEG measurement data (U1,..., Un) of the test person caused by the stimulus (Z, V1,..., Vn) or having a time relationship with said stimulus are determined, and these EEG measurement data (U1,..., Un) are assigned to the respective stimuli (Z, V1,..., Vn), wherein for each stimulus (Z, V1,..., Vn) at least one characteristic vector is created from the EEG measurement data (U1,..., Un) of all EEG channels, and c) wherein the characteristic vectors, obtained in this way, of the stimuli (Z, V1,..., Vn) from the reference set undergo a classification analysis, wherein a differentiation function (F) is determined to delimit the set of characteristic vectors of the comparison stimuli (V1,..., Vn) from the set of characteristic vectors of the target stimulus (Z), wherein the differentiation factor specifies whether a stimulus (Z, V1,..., Vn) is a target stimulus (Z) or a comparison stimulus (V1,..., Vn). In an investigation phase d) a test set of stimuli (S1,..., Sm) is applied to the test person (1), wherein the test set comprises stimuli (S1,..., Sm) at least some of which or all of which differ from the stimuli (Z, V1,..., Vn) of the reference set, e) wherein after the application of every stimulus (S1,..., Sm) of the test set the EEG measurement data (U1,..., Un) of the test person (1) are determined in the same way as in step b) and on the basis of the EEG measurement data (U1,..., Un) a characteristic vector is first created for each stimulus (S1,..., Sm) and f) wherein the differentiation function (F) is applied to the characteristic vector of each individual stimulus (S1,..., Sm) of the test set and thus a first measurement value is determined for matching each stimulus (S1,..., Sm) of the test set to the target stimulus (Z) of the reference set, and g) wherein a ranking of the perception intensity of the stimuli (S1,..., Sm) of the test set is created according to the first measurement value for matching to the target stimulus (Z) of the reference set.

4. WO/2019/046871 RECHARGEABLE BATTERYWO14.03.2019
H01M 10/6557
[IPC code unknown for H01M 10/6557]
PCT/AT2018/060190MIBA AKTIENGESELLSCHAFTGAIGG, Stefan
The invention relates to a rechargeable battery (1) having a plurality of cylindrical cells (2) for storing electrical energy and at least one cooling device (4) for cooling or controlling the temperature of the cells (2), wherein the cooling device (4) has at least one coolant channel (5), at least one coolant inlet (6) and at least one coolant outlet (7), and at least one single-layer or multilayer film (8), which is arranged at least partly between the cells (2).

5. WO/2019/046872 METHOD FOR COMPARING TWO GRAPHSWO14.03.2019
G06F 17/30
G FÍSICA
06
CÔMPUTO; CÁLCULO; CONTAGEM
F
PROCESSAMENTO ELÉTRICO DE DADOS DIGITAIS
17
Equipamentos ou métodos de computação digital ou de processamento de dados, especialmente adaptados para funções específicas
30
Recuperação das informações; Respectivas estruturas de banco de dados
PCT/AT2018/060192LIEBERLIEBER SOFTWARE GMBHBRETZ, Roman
The invention relates to a method for comparing two graphs, wherein - each of the graphs (11, 12) is assigned an acyclically oriented subgraph comprising all of the nodes (A-F; A'-J') of the respective graph (11, 12), - each node (A-F; A'-J') of the two graphs (11, 12) is assigned respective edge information with respect to the edges (d, h) which are contained in each graph (11, 12) but not in the acyclically oriented subgraphs (110, 120) assigned to the graphs (11, 12), - each node (A-F; A'-J') of the two graphs (11, 12) is optionally assigned additional respective information, - on the basis of the sheet nodes (G, H) of the acyclically oriented subgraphs (110, 120) for each node, in particular using a post-order traversal, a respective hash value based on the edge information assigned to the node and on additional information and the hash values of the child node thereof, in particular the indirect child node thereof, are taken into consideration, - in order to compare the two graphs (11, 12) recursively starting from the root nodes (A, A'), the hash values of corresponding nodes are compared, - if the hash values are identical, the sameness of all of the child nodes of the respective node and the information assigned to the respective node is ascertained, and - if the hash values are different, a) the information assigned to the node and optionally information associated with the edges assigned to the node are compared, and in the event of differences between said information, the two nodes are marked as being different, and b) the child nodes of each node are checked recursively for differences according to the aforementioned criteria.

6. WO/2019/046873 DECORING MACHINE FOR DECORING CASTINGSWO14.03.2019
B06B 1/16
B OPERAÇÕES DE PROCESSAMENTO; TRANSPORTE
06
PRODUÇÃO OU TRANSMISSÃO DE VIBRAÇÕES MECÂNICAS EM GERAL
B
PRODUÇÃO OU TRANSMISSÃO DE VIBRAÇÕES MECÂNICAS EM GERAL
1
Métodos ou aparelhos para produzir vibrações mecânicas de frequência infrassônica, sônica ou ultrassônica
10
usando a energia mecânica
16
funcionando por meio de sistemas que compreendem massas rotativas não equilibradas
PCT/AT2018/060197FILL GESELLSCHAFT M.B.H.BOINDECKER, Alois
The invention relates to a decoring machine (1) for decoring castings, comprising: a first machine frame (2); a machine table (4); a first eccentric mass (5), wherein the first eccentric mass (5) is coupled to a first output pulley (6); a second eccentric mass (7), wherein the second eccentric mass (7) is coupled to a second output pulley (8); wherein the second eccentric mass (7) is driven in the opposite direction to the first eccentric mass (5); at least one drive motor (9), which is arranged on the first machine frame (2), wherein the drive motor (9) is coupled to a drive pulley (10); a coupling means (11), by means of which the drive motor (9) is coupled to the two eccentric masses (5, 7) driven in opposite directions. The coupling means (11) comprises an endlessly connected flexible drive means (12), which wraps around the first output pulley (6) coupled to the first eccentric mass (5), the second output pulley (8) coupled to the second eccentric mass (7), and the drive pulley (10) coupled to the drive motor (9).

7. WO/2019/046874 METHOD FOR PRODUCING A CAST WORKPIECEWO14.03.2019
B22D 29/00
B OPERAÇÕES DE PROCESSAMENTO; TRANSPORTE
22
FUNDIÇÃO; METALURGIA DE PÓ METÁLICO
D
VAZAMENTO DE METAIS; VAZAMENTO DE OUTRAS SUBSTÂNCIAS PELOS MESMOS PROCESSOS OU DISPOSITIVOS
29
Remoção de peças fundidas de seus moldes não restringida a processos de vazamento abrangidos por um só grupo principal; Retirada de machos; Manuseio de lingotes
PCT/AT2018/060198FILL GESELLSCHAFT M.B.H.BOINDECKER, Alois
The invention relates to a method for producing a cast workpiece (1), wherein the method comprises the following method steps: - providing a casting mould (3) with at least one mould core (7) arranged in the casting mould (3); - introducing molten metal (2) into the casting mould (3); - waiting for a period of time until at least the outer contour of the molten metal (2) has solidified and the workpiece (1) has formed from the molten metal (2); - removing the workpiece (1) from the casting mould (3); - shattering the mould core (7), this method step being carried out even before the workpiece (1) has cooled down completely from the casting process. For shattering the mould core (7), a hammer head (10) is brought up against a fixed energy transfer surface (12) of the workpiece (1) and the energy transfer surface (12) is acted upon, in particular struck, by means of the hammer head (10).

8. WO/2019/046875 PRODUCTION SYSTEM FOR LAYING FIBER TAPESWO14.03.2019
B29C 70/38
B OPERAÇÕES DE PROCESSAMENTO; TRANSPORTE
29
PROCESSAMENTO DE MATÉRIAS PLÁSTICAS; PROCESSAMENTO DE SUBSTÂNCIAS EM ESTADO PLÁSTICO EM GERAL
C
MODELAGEM OU UNIÃO DE MATÉRIAS PLÁSTICAS; MODELAGEM DE SUBSTÂNCIAS EM ESTADO PLÁSTICO, EM GERAL; PÓS-TRATAMENTO DE PRODUTOS MODELADOS, p. ex.,REPARO
70
Modelagem de materiais compostos, i.e. material plástico com reforços, enchimentos ou partes pré-formadas, p. ex., insertos
04
que compreende apenas reforços, p. ex., plásticos autorreforçados
28
Operações de modelagem para esse fim
30
Modelagem por deposição, i.e. aplicando fibras, fitas ou grandes folhas sobre um molde, uma fôrma, ou um macho; Modelagem por pulverização, i.e. pulverizando as fibras sobre um molde, fôrma ou macho
38
Modelagem por deposição automática, p. ex., usando robôs, aplicando filamentos segundo padrões predeterminados
PCT/AT2018/060199FILL GESELLSCHAFT M.B.H.DANNINGER, Norbert
The invention relates to a production system (1) for laying fiber tapes (2), comprising a laying device (6) having an unwinder receptacle (9) and at least two unwinders (8) arranged adjacent to each other on the unwinder receptacle (9), said unwinders (8) each comprising a receptacle device (10) for receiving a raw material reel (11) and a cutting unit (27) for cutting the fiber tape (2); and a depositing device (7) having a depositing surface (12) for receiving the fiber tape (2) unrolled from the raw material reel (11), wherein the depositing surface (12) of the depositing device (7) and the unwinder (8) of the laying device (6) are movable relative to each other in the laying direction (18), and the fiber tape (2) can be unrolled in strips on the depositing surface (12) as a result. The at least two unwinders (8) are coupled to a unwinder receptacle (9) of the laying device (6) by means of a linear guide (17) and are movable independently of each other in the laying direction (18), relative to the unwinder receptacle (9).

9. WO/2019/046876 CRYOGENIC SHUT-OFF VALVEWO14.03.2019
F16K 1/46
F ENGENHARIA MECÂNICA; ILUMINAÇÃO; AQUECIMENTO; ARMAS; EXPLOSÃO
16
ELEMENTOS OU UNIDADES DE ENGENHARIA; MEDIDAS GERAIS PARA ASSEGURAR E MANTER O FUNCIONAMENTO EFETIVO DE MÁQUINAS OU INSTALAÇÕES; ISOLAMENTO TÉRMICO EM GERAL
K
VÁLVULAS; TORNEIRAS; REGISTROS; BOIAS DE ACIONAMENTO; DISPOSITIVOS PARA VENTILAR OU AREJAR
1
Válvulas de movimento vertical, i.e., aparelhos obturadores cujos elementos de fechamento têm pelo menos um componente de seu movimento de abertura ou de fechamento perpendicular às superfícies de obturação
32
Detalhes
34
Peças de obturação
46
Fixação dos anéis de vedação
PCT/AT2018/060202VENTREX AUTOMOTIVE GMBHCOMELLI, Gerhard
The invention relates to a valve (10) for use in low temperature regions, in particular below 40 °C, preferably below 100 °C, particularly preferable below 150 °C, comprising a flow channel (1), and a closing element (3) that is adjustable relative to a valve seat (2) in the flow channel (1), by way of which a defined flow cross-section can be freed for the medium flowing in the flow channel (1). The valve (10) comprises a valve gasket (5), which in a closed state of the valve (10) seals the flow channel (1) between valve seat (2) and closing element (3). According to the invention, the valve gasket (5) is made of a polyketone.

10. WO/2019/046877 TURBINESWO14.03.2019
F03D 3/06
F ENGENHARIA MECÂNICA; ILUMINAÇÃO; AQUECIMENTO; ARMAS; EXPLOSÃO
03
MÁQUINAS OU MOTORES PARA LÍQUIDOS; MOTORES MOVIDOS A VENTO, MOLAS, PESOS OU OUTROS; PRODUÇÃO DE FORÇA MECÂNICA OU DE EMPUXO PROPULSIVO POR REAÇÃO, NÃO INCLUÍDA EM OUTRO LOCAL
D
MOTORES MOVIDOS A VENTO
3
Motores a vento com o eixo de rotação sensivelmente em ângulo reto com a direção do vento
06
Rotores
PCT/AU2017/000192WINDTURBINE PTY LTDLETCHER, Joshua Alan
Particular embodiments of the invention related to a wind turbine (10).The wind turbines (10) are vertical wind turbines for, for example, locating in build environments for commercial or residential use. The wind turbines (10) are particular useful because they are adapted to be selectively disassembled and assembled allowing transportation thereof in a flat pack for delivery to the consumer. The wind turbines (10) are adapted to increase the torque that is applied to the rotation axis of the wind turbine (10) when impinging onto the blade assembly of the wind turbines (10). The increased torque is produced due to the presence of arched sections (50) at outer edges (48) of the blade sections (44) of the wind turbine (10).

Resultados 1-10 de 73.989.083 para Critérios: Organismo(s): all Língua: PT Radicalização: true
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