mhurhangee/ep-ind-claims huggingface dataset:
A louvered window having a cover device, which can assume an open and a closed state and which has a plurality of jointly rotatable, parallel slats, each having a slat axis of rotation, wherein the slat axis of rotation of each slat is arranged parallel to a window frame plane of the louvered window, wherein at least two of the slats are fixing slats (22, 24), wherein one of the fixing slats (22, 24) is positioned in a first section in the vicinity of one end of the louvered window and a second of the fixing slats (22, 24) is positioned in a second section in the vicinity of an opposite end of the louvered window; wherein the covering device has an outer cover which is arranged parallel to the window frame plane of the louvered window in said open and closed states of the louvered window, wherein the outer cover is attached to the at least two fixing slats (22, 24) by means of fastening devices, and wherein the fastening devices have two geometric fixing axes (551, 552) which specify the rotational movement of the outer cover with respect to the slats of the louvered window. which can assume an open and a closed state and which has a plurality of jointly rotatable, parallel slats, each having a slat axis of rotation, wherein the slat axis of rotation of each slat is arranged parallel to a window frame plane of the louvered window, wherein at least two of the slats are fixing slats (22, 24), wherein one of the fixing slats (22, 24) is positioned in a first section in the vicinity of one end of the louvered window and a second of the fixing slats (22, 24) is positioned in a second section in the vicinity of an opposite end of the louvered window; wherein the covering device has an outer cover which is arranged parallel to the window frame plane of the louvered window in said open and closed states of the louvered window, wherein the outer cover is attached to the at least two fixing slats (22, 24) by means of fastening devices, and wherein the fastening devices have two geometric fixing axes (551, 552) which specify the rotational movement of the outer cover with respect to the slats of the louvered window.
An organic light emitting diode "OLED" display device comprising an array of pixels to emit light, the OLED display device comprising: a substrate defining a pixel region and a boundary region outside the pixel region, the pixel region comprising an area having a short side and a long side; a first electrode in the pixel region; a first bank (130a, 130b) overlapping edges of the first electrode in the pixel region and on the substrate in the boundary region, wherein a width of an edge of the first bank along the short side of the pixel region is different from a width of an edge of the first bank along the long side of the pixel region, wherein the edge of the bank is the portion of the bank in the pixel region; and a second bank (150a, 150b) on a portion of the first bank in the boundary region. a substrate defining a pixel region and a boundary region outside the pixel region, the pixel region comprising an area having a short side and a long side; a first electrode in the pixel region; a first bank (130a, 130b) overlapping edges of the first electrode in the pixel region and on the substrate in the boundary region, wherein a width of an edge of the first bank along the short side of the pixel region is different from a width of an edge of the first bank along the long side of the pixel region, wherein the edge of the bank is the portion of the bank in the pixel region; and a second bank (150a, 150b) on a portion of the first bank in the boundary region.
Polymeric crash box for a motor vehicle, said polymeric crash box having a first open frontal extremity and a second rear extremity, besides said polymeric crash box comprises a substantially alveolar structure having a plurality of channels realized in just one piece, said plurality of channels extends internally to said polymeric crash box starting from said first open frontal extremity towards said second rear extremity, besides each channel of said plurality of channels being internally tapered towards said second rear extremity, said substantially alveolar structure comprises a second plurality of channels which extends starting from said second rear extremity towards said first open frontal extremity, besides each channel of said plurality of channels being internally tapered towards said first open frontal extremity characterized in that said second plurality of channels is realized in just one piece with said plurality of channels, and in which said plurality of channels comprises a plurality of walls each of which at the same time it is a wall of another channel of said plurality of channels internally tapered towards said second rear extremity, and besides said plurality of channels comprises a plurality of second walls each of which at the same time it is a wall of a correspondent channel of said second plurality of channels, and each channel internally tapered towards said first open frontal extremity comprises only a plurality of second walls, each second wall shows advantageously a thickness substantially constant along a longitudinal axis, while each wall shows a thickness growing towards said second rear extremity.
Seal arrangement having an anchor anchored in an anchoring hole in an anchoring substrate of a built structure, which anchor has an anchor shank which protrudes from the anchoring substrate and passes through a through-opening in a component, the component being fixed to the anchoring substrate with the anchor, wherein the anchoring substrate especially has a fluid-tight coating, characterised by an anchoring-substrate-side seal having a first apertured disc which is arranged around the anchor shank between the component and the anchoring substrate and effects a seal between the component and the anchoring substrate, and a tubular first collar formed integrally with the first apertured disc, which collar surrounds the anchor shank and projects into the through-opening in the component, and by an outer seal, which is separate from the anchor-side seal and has a second apertured disc which rests sealingly on an outer side of the component remote from the anchoring substrate and has a tubular second collar formed integrally with the second apertured disc, which collar sealingly surrounds the anchor shank.
A method for mixing a liquid food product by means of a liquid food processing mixer, said liquid food processing mixer comprising a mixing unit having a liquid inlet whereby a sub-pressure zone is provided upstream said mixing unit, and wherein said liquid processing mixer further comprises at least one additive inlet (132, 134) connected to said sub-pressure zone for introducing said additive upstream a high shear mixing device (114, 214) of said mixing unit, and a throttle valve provided upstream of said mixing unit for creating said sub-pressure zone between said throttle valve and said mixing unit, said method comprising the steps of: pumping liquid by means of said mixing unit; regulating the sub-pressure zone upstream of the mixing unit, between said throttle valve and the mixing unit; and introducing an additive into said sub-pressure zone. pumping liquid by means of said mixing unit; regulating the sub-pressure zone upstream of the mixing unit, between said throttle valve and the mixing unit; and introducing an additive into said sub-pressure zone.
A device for generating oxygen, comprising - at least one reaction chamber housing a composition for generating oxygen, the composition comprising an oxygen source formulation and an ionic liquid formulation, the oxygen source formulation comprising a peroxide compound, and the ionic liquid formulation comprising an ionic liquid having a cation and a metallate anion, - means (5; 6; 17) for maintaining the oxygen source formulation and the ionic liquid formulation physically separated from each other, - means (18, 19; 20, 20'; 22, 23) for establishing physical contact of the oxygen source formulation and the ionic liquid formulation, and - means (15; 16) for allowing oxygen to exit the reaction chamber. - at least one reaction chamber housing a composition for generating oxygen, the composition comprising an oxygen source formulation and an ionic liquid formulation, the oxygen source formulation comprising a peroxide compound, and the ionic liquid formulation comprising an ionic liquid having a cation and a metallate anion, - means (5; 6; 17) for maintaining the oxygen source formulation and the ionic liquid formulation physically separated from each other, - means (18, 19; 20, 20'; 22, 23) for establishing physical contact of the oxygen source formulation and the ionic liquid formulation, and - means (15; 16) for allowing oxygen to exit the reaction chamber.
A compound harmonic actuator, comprising: a motor; a flex spline disposed about the motor; and a wave generator radially interposable between the motor and the flex spline and rotatably drivable by the motor and shaped to form the flex spline into an elliptical shape with an axis such that wave generator rotations drive totations of the axis of the elliptical shape of the flex spline, wherein the flex spline comprises: a ground flex spline (1301, 1302) configured to interface with the wave generator and having a first number of external teeth; an output flex spline configured to interface with an output gear and having a second number of external teeth which is different from the first number; characterised in that the flex spline further comprises a coupling configured to interface with the respective first and second numbers of external teeth of the ground and output flex splines, in order to transmit torque from the ground flex spline to the output flex spline. a motor; a flex spline disposed about the motor; and a wave generator radially interposable between the motor and the flex spline and rotatably drivable by the motor and shaped to form the flex spline into an elliptical shape with an axis such that wave generator rotations drive totations of the axis of the elliptical shape of the flex spline, wherein the flex spline comprises: a ground flex spline (1301, 1302) configured to interface with the wave generator and having a first number of external teeth; an output flex spline configured to interface with an output gear and having a second number of external teeth which is different from the first number; characterised in that the flex spline further comprises a coupling configured to interface with the respective first and second numbers of external teeth of the ground and output flex splines, in order to transmit torque from the ground flex spline to the output flex spline. a ground flex spline (1301, 1302) configured to interface with the wave generator and having a first number of external teeth; an output flex spline configured to interface with an output gear and having a second number of external teeth which is different from the first number; characterised in that the flex spline further comprises a coupling configured to interface with the respective first and second numbers of external teeth of the ground and output flex splines, in order to transmit torque from the ground flex spline to the output flex spline.
Method for packaging objects in a stiff package, for example in a carton box or in a box, along a transportation line, wherein said stiff package comprises a right flap, a left flap, un upper flap and a lower flap, wherein said method comprises the following steps: a) folding said left flap in a closed position; b) folding said right flap in a closed position; c) folding said lower flap in a closed position so that said lower flap overlaps said left flap and said right flap in closed position; d) folding said upper flap in a predefined semi-closed position so that said upper flap partially overlaps said lower flap in closed position; e) applying glue to at least one of said lower flap in closed position and said upper flap in semi-closed position; and f) folding said upper flap in a closed position so as to fix said upper flap to said lower flap by means of said glue, characterized in that:. said method further comprises the following step: g) adjusting the squaring of said package, wherein said step g) is carried out between said step e) and said step f). a) folding said left flap in a closed position; b) folding said right flap in a closed position; c) folding said lower flap in a closed position so that said lower flap overlaps said left flap and said right flap in closed position; d) folding said upper flap in a predefined semi-closed position so that said upper flap partially overlaps said lower flap in closed position; e) applying glue to at least one of said lower flap in closed position and said upper flap in semi-closed position; and f) folding said upper flap in a closed position so as to fix said upper flap to said lower flap by means of said glue,
A laminating machine, wherein the laminating machine has at least one material source for sheets of a material to be laminated that is configured as a sheet feeder and wherein the laminating machine has at least two laminating sources (320; 330) in each case for at least one web-shaped laminating material (321; 331) and wherein the laminating machine has at least one lamination unit for producing a two-sided laminated material web from the sheets and the respective at least one laminating material (321; 331), characterized in that along a transport path provided for transport of the laminated material web at least one lamination monitoring device (348; 349) is arranged downstream of a lamination zone (313; 314) of the lamination unit, which monitors a monitoring zone which lies outside of a transport zone, which is occupied by the transport path provided for the laminated material web.
A method performed by one or more computers, the method comprising: generating, by the one or more computers, a first map representing possible paths to be travelled by a robot within a physical area, the first map comprising (i) a first plurality of edges that each connect nodes within the first map, and (ii) a swept volume profile of the robot for each edge included in the first plurality of edges; determining, by the one or more computers, an initial path for the robot within the first map, the initial path specifying a subset of edges from among the first plurality of edges; obtaining, by the one or more computers, data indicating a second map representing a path to be travelled by a movable object within the physical area, the second map comprising (i) a second plurality of edges that each connect nodes within the second map, and (ii) a swept volume profile of the movable object for each edge included in the second plurality of edges; based on the swept volume profiles of the robot for the first plurality of edges and the swept volume profiles of the movable object for the second plurality of edges, detecting, by the one or more computers, a potential obstruction associated with one or more edges included in the subset of edges; and determining, based on the detection of the potential obstruction, an adjusted path for the robot within the first map, the adjusted path specifying a different subset of edges from among the first plurality of edges. generating, by the one or more computers, a first map representing possible paths to be travelled by a robot within a physical area, the first map comprising (i) a first plurality of edges that each connect nodes within the first map, and (ii) a swept volume profile of the robot for each edge included in the first plurality of edges; determining, by the one or more computers, an initial path for the robot within the first map, the initial path specifying a subset of edges from among the first plurality of edges; obtaining, by the one or more computers, data indicating a second map representing a path to be travelled by a movable object within the physical area, the second map comprising (i) a second plurality of edges that each connect nodes within the second map, and (ii) a swept volume profile of the movable object for each edge included in the second plurality of edges; based on the swept volume profiles of the robot for the first plurality of edges and the swept volume profiles of the movable object for the second plurality of edges, detecting, by the one or more computers, a potential obstruction associated with one or more edges included in the subset of edges; and determining, based on the detection of the potential obstruction, an adjusted path for the robot within the first map, the adjusted path specifying a different subset of edges from among the first plurality of edges.
A user terminal that is configured to transmit and receive device-to-device signals, comprising: a receiving section configured to receive system information in a first frequency carrier, which is transmitted from a connecting or serving cellular base station and which contains at least information about resources for transmitting and receiving the device-to-device signals; and a control section that, based on the information about the device-to-device signal transmitting/receiving resources, is configured to execute control so that the device-to-device signals are transmitted and received in a second frequency carrier, which is different from the first frequency carrier, wherein the control section is configured to control a synchronization of the device-to-device signal transmitting/receiving resources, based on the system information, characterised in that the user terminal is configured to, when a first cell and a second cell operate synchronously, synchronise the device-to-device signal transmitting/receiving resources by using synchronization signals of the first cell as a source of synchronization, and when the first cell and the second cell operate asynchronously and the user terminal detects synchronization signals of the second cell, to synchronise the device-to-device signal transmitting/receiving resources by using synchronization signals of the second cell as a source of synchronization, wherein the first cell is a macro cell and the second cell is a small cell. a receiving section configured to receive system information in a first frequency carrier, which is transmitted from a connecting or serving cellular base station and which contains at least information about resources for transmitting and receiving the device-to-device signals; and a control section that, based on the information about the device-to-device signal transmitting/receiving resources, is configured to execute control so that the device-to-device signals are transmitted and received in a second frequency carrier, which is different from the first frequency carrier, wherein the control section is configured to control a synchronization of the device-to-device signal transmitting/receiving resources, based on the system information, characterised in that the user terminal is configured to, when a first cell and a second cell operate synchronously, synchronise the device-to-device signal transmitting/receiving resources by using synchronization signals of the first cell as a source of synchronization, and when the first cell and the second cell operate asynchronously and the user terminal detects synchronization signals of the second cell, to synchronise the device-to-device signal transmitting/receiving resources by using synchronization signals of the second cell as a source of synchronization, wherein the first cell is a macro cell and the second cell is a small cell.
An apparatus for removing fluid from a patient, comprising: a) a first header defining a first flow path having a first inlet and multiple outlets and multiple necks (170,172) located near one or more of the multiple outlets; wherein the necks in the first flow path that are closer to the first inlet are more flow restrictive than necks that are farther away from the first inlet; b) a second header having a second outlet; c) a filter in fluid communication with said first header and said second header; d) a graft for connecting the vascular system of the patient to the first inlet; e) a graft for connecting the second outlet to the vascular system of the patient; f) a housing adapted to collect fluid that passes through the filter; and g) a drain conduit connected to the housing. a) a first header defining a first flow path having a first inlet and multiple outlets and multiple necks (170,172) located near one or more of the multiple outlets; wherein the necks in the first flow path that are closer to the first inlet are more flow restrictive than necks that are farther away from the first inlet; b) a second header having a second outlet; c) a filter in fluid communication with said first header and said second header; d) a graft for connecting the vascular system of the patient to the first inlet; e) a graft for connecting the second outlet to the vascular system of the patient; f) a housing adapted to collect fluid that passes through the filter; and g) a drain conduit connected to the housing.
A secondary battery comprising: a stack comprising electrode groups and an insulating sheet disposed between the electrode groups; a container member to which the insulating sheet is joined and which covers the outside of the stack; and a lead which electrically connects the electrode groups to each other over part of an outer periphery of the insulating sheet, wherein the container member comprises a plurality of films (12a, 12b) opposed to each other and clamping the outer periphery of the insulating sheet in between. a stack comprising electrode groups and an insulating sheet disposed between the electrode groups; a container member to which the insulating sheet is joined and which covers the outside of the stack; and a lead which electrically connects the electrode groups to each other over part of an outer periphery of the insulating sheet, wherein the container member comprises a plurality of films (12a, 12b) opposed to each other and clamping the outer periphery of the insulating sheet in between.
An apparatus configured for use in an ocular surgical procedure, comprising: a handpiece having an ultrasonically vibrating tip supporting two or more operating modes including a first operating mode and a second operating mode; an engageable switching apparatus; and a controller connected to the handpiece and engageable switching apparatus, characterized in that the controller is configured to receive data from the engageable switching apparatus and, by dynamically selecting first operating mode parameters at the expense of second operating mode parameters, to adjust at least one parameter associated with the first operating mode and relatively adjust at least one parameter associated with the second operating mode based on the data received from the engageable switching apparatus. a handpiece having an ultrasonically vibrating tip supporting two or more operating modes including a first operating mode and a second operating mode; an engageable switching apparatus; and a controller connected to the handpiece and engageable switching apparatus, characterized in that the controller is configured to receive data from the engageable switching apparatus and, by dynamically selecting first operating mode parameters at the expense of second operating mode parameters, to adjust at least one parameter associated with the first operating mode and relatively adjust at least one parameter associated with the second operating mode based on the data received from the engageable switching apparatus.