mhurhangee/ep-ind-claims huggingface dataset:
A wave pool comprising: a plurality of wave generators adapted to produce wave segments that travel substantially forward in front of each wave generator, wherein said wave generators are extended in a substantially staggered manner relative to the travel direction of the wave segments; a sloped floor comprising an incline that enables the resultant wave to break thereon; characterized in that: said wave generators are positioned along a curved stagger line that is generally at an oblique angle relative to the travel direction of the wave segments, and a pair of dividing walls (20, 22) is extended substantially forward in front of each of said wave generators, wherein within each pair, said dividing walls (20, 22) are substantially close to parallel with each other, or extended with a fade angle of no more than 20 degrees relative to each other, such that the wave segments that travel forward between each of said pair of dividing walls (20, 22) are able to form properly and can merge together with other wave segments that are produced by other wave generators in the series to form a resultant wave. a plurality of wave generators adapted to produce wave segments that travel substantially forward in front of each wave generator, wherein said wave generators are extended in a substantially staggered manner relative to the travel direction of the wave segments; a sloped floor comprising an incline that enables the resultant wave to break thereon; characterized in that: said wave generators are positioned along a curved stagger line that is generally at an oblique angle relative to the travel direction of the wave segments, and a pair of dividing walls (20, 22) is extended substantially forward in front of each of said wave generators, wherein within each pair, said dividing walls (20, 22) are substantially close to parallel with each other, or extended with a fade angle of no more than 20 degrees relative to each other, such that the wave segments that travel forward between each of said pair of dividing walls (20, 22) are able to form properly and can merge together with other wave segments that are produced by other wave generators in the series to form a resultant wave.
Temperature-sensing apparatus for contactlessly sensing a temperature of an item of cookware, having: - a housing with an IR sensor arranged therein and directed through an opening in the housing and - an IR transmitted-light optic element that is arranged in the opening before the IR sensor in the direction of the item of cookware to be sensed and is permeable for IR radiation, wherein - the IR transmitted-light optic element has an inner region and an outer region that runs around it to the side, - which outer region is obscured in relation to the IR sensor by means of the housing and - the outer region is at least partially exposed on a front side of the IR transmitted-light optic element that is directed in the direction of the item of cookware to be sensed, - the IR sensor has a cover element, which in the field of view of the at least one sensor element of the IR sensor has a radiation entry opening arranged on the front side of the cover element in the direction of the item of cookware to be sensed, wherein the cover element is in contact with the housing, characterised in that - the cover element is connected in a thermally conductive manner to at least one heat spreading element accommodated in the housing, and - the at least one heat spreading element rests against a side wall of the cover element, so that a binding between cover element and heat spreading element over a large area is provided. - a housing with an IR sensor arranged therein and directed through an opening in the housing and - an IR transmitted-light optic element that is arranged in the opening before the IR sensor in the direction of the item of cookware to be sensed and is permeable for IR radiation, wherein - the IR transmitted-light optic element has an inner region and an outer region that runs around it to the side, - which outer region is obscured in relation to the IR sensor by means of the housing and - the outer region is at least partially exposed on a front side of the IR transmitted-light optic element that is directed in the direction of the item of cookware to be sensed, - the IR sensor has a cover element, which in the field of view of the at least one sensor element of the IR sensor has a radiation entry opening arranged on the front side of the cover element in the direction of the item of cookware to be sensed, wherein the cover element is in contact with the housing, characterised in that - the cover element is connected in a thermally conductive manner to at least one heat spreading element accommodated in the housing, and - the at least one heat spreading element rests against a side wall of the cover element, so that a binding between cover element and heat spreading element over a large area is provided.
A cooking appliance, comprising: a support frame 70), having a front portion and a rear portion, interconnected by interconnecting supports (86, 88); a cooking vessel rigidly coupled to the front portion of the support frame and spaced-apart from the rear portion of the support frame to define a spacing therebetween, wherein the cooking vessel is operable between at-rest and expanded conditions; and a bracket interconnecting the rear portion of the support frame and the cooking vessel, wherein the bracket includes a first mounting member operably coupled to the cooking vessel, a second mounting member operably coupled to the rear portion of the support frame and at least one connecting member interconnecting the first and second mounting members (12, 14), wherein the at least one connecting member spans the spacing between the rear portion of the support frame and the cooking vessel, and further wherein the at least one connecting member is flexibly resilient and configured to flex in response to the cooking vessel moving between the at-rest and expanded conditions, characterized in that the at least one connecting member includes first and second connecting members (22, 24), and wherein the first and second connecting members (22, 24) are vertically spaced-apart from one another to define a thermal break therebetween, and wherein the first and second connecting members (22, 24) each include a Z-shaped configuration. a support frame 70), having a front portion and a rear portion, interconnected by interconnecting supports (86, 88); a cooking vessel rigidly coupled to the front portion of the support frame and spaced-apart from the rear portion of the support frame to define a spacing therebetween, wherein the cooking vessel is operable between at-rest and expanded conditions; and a bracket interconnecting the rear portion of the support frame and the cooking vessel, wherein the bracket includes a first mounting member operably coupled to the cooking vessel, a second mounting member operably coupled to the rear portion of the support frame and at least one connecting member interconnecting the first and second mounting members (12, 14), wherein the at least one connecting member spans the spacing between the rear portion of the support frame and the cooking vessel, and further wherein the at least one connecting member is flexibly resilient and configured to flex in response to the cooking vessel moving between the at-rest and expanded conditions, characterized in that the at least one connecting member includes first and second connecting members (22, 24), and wherein the first and second connecting members (22, 24) are vertically spaced-apart from one another to define a thermal break therebetween, and wherein the first and second connecting members (22, 24) each include a Z-shaped configuration.
A method for transmitting a signal to a user equipment by a base station, using beamforming based on a massive antenna array in a wireless communication system, the method comprising: receiving information about an effective antenna array from the user equipment; transmitting a pilot signal corresponding to the information about the effective antenna array to the user equipment; receiving channel state information based on the pilot signal from the user equipment; and transmitting a user equipment-specifically beamformed signal through the effective antenna array corresponding to the information about the effective antenna array to the user equipment, wherein the information about the effective antenna array includes an index of a reference antenna port, which is a reference for defining a size of the effective antenna array, a number of antenna ports positioned horizontally from the reference antenna port and a number of antenna ports positioned vertically from the reference antenna port. receiving information about an effective antenna array from the user equipment; transmitting a pilot signal corresponding to the information about the effective antenna array to the user equipment; receiving channel state information based on the pilot signal from the user equipment; and transmitting a user equipment-specifically beamformed signal through the effective antenna array corresponding to the information about the effective antenna array to the user equipment, wherein the information about the effective antenna array includes an index of a reference antenna port, which is a reference for defining a size of the effective antenna array, a number of antenna ports positioned horizontally from the reference antenna port and a number of antenna ports positioned vertically from the reference antenna port.
A device for implanting into an atrial septum of a patient, the device comprising a core region comprising a plurality of core segments surrounding a central opening, the core region being adapted and configured to be disposed in an opening in the atrial septum, a distal retention region comprising a plurality of distal retention segments extending from the core segments, the distal retention segments being adapted to engage tissue on a left atrial side of the septal wall, a proximal retention region comprising a plurality of proximal retention segments extending from the core segments, the proximal retention segments being adapted to engage tissue on a right atrial side of the septal wall, and a retrieval region comprising a plurality of retrieval members extending from the proximal retention segments, each retrieval member comprising a connector at a proximal end, the connector being adapted to connect to a delivery system, the device having a collapsed delivery configuration and first and second configurations, wherein in the first configuration, the distal retention region, the core region, and the proximal retention region are configured to engage the atrial septum, while the connectors at the proximal end of the retrieval region are disposed such as to be connectable to the delivery system, and wherein in the second configuration, the distal retention region, the core region, and the proximal retention region are configured to engage the atrial septum, while the connectors at the proximal end of the retrieval region are disposed radially outward from the central opening of the core region and spaced proximally from the proximal retention segments, said device being characterized in that the connectors extend radially inward from an end of the retrieval members in the second configuration.
Exhaust gas flap, especially for the exhaust gas stream of an internal combustion engine, comprising: - a flap tube, a flap diaphragm, which is carried in the interior of the flap tube on a pivot shaft rotatable about a pivot axis, - a pivot drive for the pivot shaft, - a coupling device coupling the pivot shaft to a drive shaft of the pivot drive for joint rotation about the pivot axis, the coupling device comprising a first coupling area that is in a state of rotary coupling positive-locking meshing with the drive shaft and a second coupling area that is in a state of rotary coupling positive-locking meshing with the pivot shaft, - a prestressing element, which is supported in relation to the coupling device, on the one hand, and in relation to one shaft of the drive shaft and the pivot shaft, on the other hand, wherein the coupling device is prestressed by the prestressing element in the direction of the pivot axis axially away from the one shaft of the drive shaft and the pivot shaft, characterized in that the coupling device is prestressed by the prestressing element about the pivot axis in relation to the one shaft of the drive shaft and the pivot shaft, in that the prestressing element is supported via a connection element in relation to the one shaft, and in that the connection element is coupled in a nonrotatable manner to the one shaft, being axially supported on the one shaft. - a flap tube, a flap diaphragm, which is carried in the interior of the flap tube on a pivot shaft rotatable about a pivot axis, - a pivot drive for the pivot shaft, - a coupling device coupling the pivot shaft to a drive shaft of the pivot drive for joint rotation about the pivot axis, the coupling device comprising a first coupling area that is in a state of rotary coupling positive-locking meshing with the drive shaft and a second coupling area that is in a state of rotary coupling positive-locking meshing with the pivot shaft, - a prestressing element, which is supported in relation to the coupling device, on the one hand, and in relation to one shaft of the drive shaft and the pivot shaft, on the other hand, wherein the coupling device is prestressed by the prestressing element in the direction of the pivot axis axially away from the one shaft of the drive shaft and the pivot shaft,
A film with electrically conductive structures, characterized in that the film has a polyvinyl acetal PA and 0 to 16% by weight of at least one plasticizer WA as well as discrete electrically conductive structures.
A liquid crystal display panel comprising a central area (a) and a peripheral area (b) surrounding the central area (a), wherein the display mode of the central area (a) is a display mode controlled by a horizontal electric field or multi-dimensional electric field, the display mode of the peripheral area (b) is a display mode controlled by a vertical electric field, wherein the peripheral area is in a dark state under the application of the vertical electric field.
A user equipment comprising: a transmitter to transmit an uplink data packet to a base station using synchronous transmission timing based on a synchronous hybrid automatic repeat request protocol, and a receiver to receive in parallel a first feedback information element and a second control information element from a base station, wherein the first feedback information element includes an negative acknowledgement message signaling retransmission of an uplink data packet to the base station and the second control information element indicates a modulation and coding scheme for the retransmission, wherein the transmitter is configured to retransmit the uplink data packet to the base station according to the modulation and coding scheme. a transmitter to transmit an uplink data packet to a base station using synchronous transmission timing based on a synchronous hybrid automatic repeat request protocol, and a receiver to receive in parallel a first feedback information element and a second control information element from a base station, wherein the first feedback information element includes an negative acknowledgement message signaling retransmission of an uplink data packet to the base station and the second control information element indicates a modulation and coding scheme for the retransmission, wherein the transmitter is configured to retransmit the uplink data packet to the base station according to the modulation and coding scheme.
An automotive lighting device for an automotive vehicle, the automotive lighting device comprising: - a voltage regulator comprising a regulator input configured to be electrically fed between a power source and a ground connection, the voltage regulator comprising a regulated voltage output; - a controlled light group, comprising a light driver with terminals and a plurality of light sources grouped in light source groups, each light source group being connected to one of the terminals; wherein - the light driver is configured to selectively activate or deactivate current flow in at least one terminal; - the controlled light group is configured to be fed by the regulated voltage output; characterised in that the automotive lighting device further comprises: - a step-up unit comprising a step-up input configured to be electrically fed between the power source and the ground connection, the step-up unit further comprising a step-up output configured to provide a higher voltage than a voltage in the step-up input; and in that - the voltage regulator having an auxiliary input being electrically connected to the step-up output wherein the voltage regulator comprises a polarization circuit with at least one semiconductor electronic device and the auxiliary input is arranged to electrically feed the polarization circuit. - a voltage regulator comprising a regulator input configured to be electrically fed between a power source and a ground connection, the voltage regulator comprising a regulated voltage output; - a controlled light group, comprising a light driver with terminals and a plurality of light sources grouped in light source groups, each light source group being connected to one of the terminals; - the light driver is configured to selectively activate or deactivate current flow in at least one terminal; - the controlled light group is configured to be fed by the regulated voltage output; characterised in that the automotive lighting device further comprises: - a step-up unit comprising a step-up input configured to be electrically fed between the power source and the ground connection, the step-up unit further comprising a step-up output configured to provide a higher voltage than a voltage in the step-up input; and in that - a step-up unit comprising a step-up input configured to be electrically fed between the power source and the ground connection, the step-up unit further comprising a step-up output configured to provide a higher voltage than a voltage in the step-up input; and in that - the voltage regulator having an auxiliary input being electrically connected to the step-up output
Method for an automatic selection of a quality of service queuing mechanism for upstream traffic on a high bandwidth access line, comprising: measuring an upstream rate and depending on the upstream rate, keeping a software queuing mechanism enabled in case of the upstream rate below a threshold and using a hardware queuing mechanism in case of the upstream rate above the threshold.
Network device for detecting at least one network problem in a medical system, the device having - a receiving module which is designed to receive current process data of at least one process which is performed within the medical system, - a monitoring module which is designed to detect the presence of a number of predetermined events on the basis of the process data and is further designed to trigger an output of a corresponding detection signal when at least one of the predetermined events is present, and - a transmitting module which is designed to transmit the detection signal to a predetermined device address, in particular to a predetermined receiving device, via a network which is connected to the network device, wherein the number of predetermined events comprises at least one of the following events: a predetermined plurality of password input attempts is unsuccessful within a predetermined past first time period; encryption within the context of an encryption protocol used in the network is unsuccessful; a predetermined plurality of outputs via the network is triggered within a predetermined past second time period; an output of a signal to be carried out is unsuccessful; a predetermined number of messages within the context of a service discovery is received within a predetermined past third time period, and wherein the current process data comprise the corresponding protocol files for the at least one process which is performed within the medical system. - a receiving module which is designed to receive current process data of at least one process which is performed within the medical system, - a monitoring module which is designed to detect the presence of a number of predetermined events on the basis of the process data and is further designed to trigger an output of a corresponding detection signal when at least one of the predetermined events is present, and - a transmitting module which is designed to transmit the detection signal to a predetermined device address, in particular to a predetermined receiving device, via a network which is connected to the network device, a predetermined plurality of password input attempts is unsuccessful within a predetermined past first time period; encryption within the context of an encryption protocol used in the network is unsuccessful; a predetermined plurality of outputs via the network is triggered within a predetermined past second time period; an output of a signal to be carried out is unsuccessful; a predetermined number of messages within the context of a service discovery is received within a predetermined past third time period, and wherein the current process data comprise the corresponding protocol files for the at least one process which is performed within the medical system.