mhurhangee/ep-ind-claims huggingface dataset:
A method for fixing strip-shaped fabrics, in particular edge tapes, on the narrow side of work pieces, in particular furniture boards, by means of a tape supply means which transports the respective fabric from a supply storage, in particular a supply roll, along a supply path to the workpiece, furthermore using a heat source, in particular laser light, hot air or on infrared or plasma basis, which brings an adhesion promoting functional layer of the fabric to an activating temperature, as well as with a device for pushing or pressing the fabric against the respective narrow side of the workpiece, characterized in that, in the supply path of the fabric before of the action of the heat source, at least one first application device for a fluid medium is formed, which application device applies the fluid medium to the side of the fabric opposite the functional layer in a dosed manner such that a heat sink is formed for the required process of rapid cooling, with the fluid medium being a sprayable non-corrosive functional surface coating of temporary action on the basis of a non-aqueous alcoholic acetate solution, and a further, second application device for a fluid medium being provided oriented toward the side of the functional layer in order to achieve a cleaning of the surface of the fabric prior to the action of the heat source.
An apparatus for detecting a mounting state of a light pipe in a terminal, comprising: a fixture, wherein the fixture is configured to support a terminal housing, a light inlet path is formed in the fixture, an opening that is of the light inlet path and that is exposed to the fixture is opposite to a mounting position of the light pipe in the terminal housing, and the light inlet path is used to allow light transmitted by the light pipe to pass through; a light source, wherein the light source is disposed above the fixture, and is configured to emit detection light to the light pipe; and a light detection module, wherein the light detection module is disposed in the fixture, and receives, through the light inlet path, the detection light emitted from the light source, and the light detection module is configured to determine the mounting state of the light pipe based on a luminous flux value of the detection light, characterized in that the fixture forms an inclined surface that is used to abut against the back of the terminal housing, a stopper that is used to limit a position of a bottom of the terminal housing is disposed at a lower edge of the inclined surface of the fixture, and the opening that is of the light inlet path and that is exposed to the fixture is formed at a bottom edge of the inclined surface facing the fixture. a fixture, wherein the fixture is configured to support a terminal housing, a light inlet path is formed in the fixture, an opening that is of the light inlet path and that is exposed to the fixture is opposite to a mounting position of the light pipe in the terminal housing, and the light inlet path is used to allow light transmitted by the light pipe to pass through; a light source, wherein the light source is disposed above the fixture, and is configured to emit detection light to the light pipe; and a light detection module, wherein the light detection module is disposed in the fixture, and receives, through the light inlet path, the detection light emitted from the light source, and the light detection module is configured to determine the mounting state of the light pipe based on a luminous flux value of the detection light, characterized in that the fixture forms an inclined surface that is used to abut against the back of the terminal housing, a stopper that is used to limit a position of a bottom of the terminal housing is disposed at a lower edge of the inclined surface of the fixture, and the opening that is of the light inlet path and that is exposed to the fixture is formed at a bottom edge of the inclined surface facing the fixture.
Housing for a hydraulic unit for producing brake pressure for a hydraulic brake system, in particular a motor vehicle brake system, wherein the housing is configured so as to be elongate at least in portions along a longitudinal axis and is provided for machining at least in regions, characterized in that, in addition to the longitudinal axis L, a spatial transverse axis Q and a spatial vertical axis H are defined such that they form an axis intersection of a Cartesian coordinate system, wherein at least a first and a second separate formed element are arranged on at least one side of the housing for a spatially clearly defined mounting of the housing and introduction of clamping forces into an external holding device, and on a second side of the housing opposite the formed elements and relative to the longitudinal axis, at least one separate clamping face (6; 7; 8; 9) is formed parallel to a plane oriented orthogonally to the vertical axis, said face being provided for application of a clamping jaw for fixing of the housing in the holding device.
A method of wireless communication performed at a user equipment, UE, comprising: detecting a first link failure associated with a first cell; detecting a second link failure associated with a second cell; and performing a link failure recovery procedure by prioritizing a first link failure recovery for the first cell over a second link failure recovery for the second cell, characterised in that the prioritizing includes withdrawing a link failure recovery request sent to a Base Station, BS, for the second link failure associated with the second cell after the UE detects the first link failure, and; resending the link failure recovery request for the second link failure after the first link failure has recovered. detecting a first link failure associated with a first cell; detecting a second link failure associated with a second cell; and performing a link failure recovery procedure by prioritizing a first link failure recovery for the first cell over a second link failure recovery for the second cell, characterised in that the prioritizing includes withdrawing a link failure recovery request sent to a Base Station, BS, for the second link failure associated with the second cell after the UE detects the first link failure, and; resending the link failure recovery request for the second link failure after the first link failure has recovered.
Inspection device for detecting leaks from pressure containers, comprising a circulating transport device on which the containers to be inspected are transported through the inspection device in a single row and spaced apart from one another, a device for forming at least one cavity in which a container is received during transport on the circulating transport device through a region of the inspection device, an suction device for sucking off the gas mixture forming in the cavity, and an analysis device with which the sucked-off gas mixture is analysed, wherein the device for forming the at least one cavity comprises a circulating cavity forming device with which at least a part of the side wall of the cavity is formed, characterized in that the circulating cavity forming device runs parallel to the circulating transport device on which the containers to be inspected are transported through the inspection device, wherein the circulating cavity forming device is arranged to move the cavity formed around the container along with the container during the transport of the container on the transport device.
A bearing housing for supporting a bearing of a gas turbine engine, the bearing housing comprising: an annular body extending around an axis and having an oil inlet and an oil outlet; and an oil manifold integrated into the annular body, the oil manifold having an inner oil channel defined in the annular body and extending circumferentially around the axis, the inner oil channel in fluid communication with the oil inlet and at least one oil jet directed towards the bearing; characterised in that: the bearing housing and the oil manifold are machined or otherwise formed as a single, unitary or monolithic piece. an annular body extending around an axis and having an oil inlet and an oil outlet; and an oil manifold integrated into the annular body, the oil manifold having an inner oil channel defined in the annular body and extending circumferentially around the axis, the inner oil channel in fluid communication with the oil inlet and at least one oil jet directed towards the bearing; characterised in that: the bearing housing and the oil manifold are machined or otherwise formed as a single, unitary or monolithic piece.
A memory structure comprising: a bank group comprising a plurality of memory banks, (Bank 0 - Bank (N-1)) each memory bank having one read port and one write port; and a port emulation circuit module that provides a group read/write port (Port A Write & Read Data Path) and a group read port (Port B Read Data Path) for the bank group; characterized in that the port emulation circuit module is configured to, after receiving, at the group read/write port (Port A Write & Read Data Path), a data write command to write new data to a targeted entry, read previous data of the targeted entry, calculate an updated parity data for a write address, write new data into said targeted entry and write the updated parity into a corresponding entry in a parity bank of the bank group. a bank group comprising a plurality of memory banks, (Bank 0 - Bank (N-1)) each memory bank having one read port and one write port; and a port emulation circuit module that provides a group read/write port (Port A Write & Read Data Path) and a group read port (Port B Read Data Path) for the bank group; characterized in that the port emulation circuit module is configured to, after receiving, at the group read/write port (Port A Write & Read Data Path), a data write command to write new data to a targeted entry, read previous data of the targeted entry, calculate an updated parity data for a write address, write new data into said targeted entry and write the updated parity into a corresponding entry in a parity bank of the bank group.
A method of controlling a behavior of a relay configured for use in electrical circuits that are configured to employ at least one relay, the relay having a first operating mode in which the relay behaves as the conventional relay, and a second operating mode in which the relay behaves as a latching relay, the method comprising: receiving, by a logic controller, a configuration signal comprising either a first behavior signal indicative of the first operating mode or a second behavior signal indicative of the second operating mode; receiving, by the logic controller, a power status signal comprising either a powered signal or an unpowerered signal; receiving, by the logic controller, a command signal comprising either a low-to-high signal or a high-to-low signal; generating, by a first pulse generator communicatively coupled to the logic controller, a latching pulse in response to receiving a powered signal input as the power status signal and a low-to-high signal as the command signal input; generating, by a second pulse generator communicatively coupled to the logic controller, an unlatching pulse in response to receiving a powered signal input as the power status signal and a high-to-low signal as the command signal input; and generating, by the second pulse generator communicatively coupled to the logic controller, the unlatching pulse in response to receiving the second behavior signal as the configuration signal and the unpowered signal as the power status signal. receiving, by a logic controller, a configuration signal comprising either a first behavior signal indicative of the first operating mode or a second behavior signal indicative of the second operating mode; receiving, by the logic controller, a power status signal comprising either a powered signal or an unpowerered signal; receiving, by the logic controller, a command signal comprising either a low-to-high signal or a high-to-low signal; generating, by a first pulse generator communicatively coupled to the logic controller, a latching pulse in response to receiving a powered signal input as the power status signal and a low-to-high signal as the command signal input; generating, by a second pulse generator communicatively coupled to the logic controller, an unlatching pulse in response to receiving a powered signal input as the power status signal and a high-to-low signal as the command signal input; and generating, by the second pulse generator communicatively coupled to the logic controller, the unlatching pulse in response to receiving the second behavior signal as the configuration signal and the unpowered signal as the power status signal.
A vehicular arm component which is formed by subjecting a workpiece (W, W0), the workpiece (W, W0) being a flat plate extending in a plane formed by a first direction and a second direction orthogonal to the first direction, to press processing in stages so as to butt and joint two side surfaces (W1, W2) in the second direction, comprising: a cylindrical portion configured to be provided along the first direction and have a cylindrical shape; a bracket portion (20, 120) configured to be provided in either end in the first direction of the cylindrical portion and have an outer diameter expanding as it goes to the outside in the first direction; and two flange portions (30, 130) configured to be provided to face each other along the second direction in the bracket portion (20, 120) and provided with through holes (20H, 120H) at positions facing each other along the second direction, characterized in that the through hole (20H, 120H) is extended in a direction intersecting with the two side surfaces (W1, W2) which are butted and jointed, and in that the workpiece (W,WO)is press processed in stages by extruding, trimming, bending and notching in combination. a cylindrical portion configured to be provided along the first direction and have a cylindrical shape; a bracket portion (20, 120) configured to be provided in either end in the first direction of the cylindrical portion and have an outer diameter expanding as it goes to the outside in the first direction; and two flange portions (30, 130) configured to be provided to face each other along the second direction in the bracket portion (20, 120) and provided with through holes (20H, 120H) at positions facing each other along the second direction, characterized in that the through hole (20H, 120H) is extended in a direction intersecting with the two side surfaces (W1, W2) which are butted and jointed, and in that the workpiece (W,WO)is press processed in stages by extruding, trimming, bending and notching in combination.
A pressurizing method to cyclically modify pressure in a first, second and third containers, the method comprising repeating the following steps in a cycle: a- supplying liquefied gas through a one way supply to the first pressurized container, the first pressurized container being at a first pressure, b- connect the first pressurized container to an evaporator to evaporate liquefied gas to produce a first fluid and increase pressure in the first pressurized container to a second pressure, c- connect the first pressurized container with a consumer connection via a channel of a heat exchanger, the first fluid raising its temperature as it flows through the channel, the second pressure being higher than a pressure in the consumer connection, d- connect the second pressurized container containing a second fluid with the third pressurized container via a counter current flow channel of the heat exchanger, the second fluid reducing its temperature as it flows through the counter current flow channel, the pressure in the second pressurized container being higher than the pressure in the third pressurized container, the second fluid passing through an expansion element between the counter flow exchanger and the third pressurized container, e- repeat the above steps using a circular permutation between the first, second and third containers, each container cycling through successive phases of being supplied with liquefied gas, evaporating liquefied gas, consumer connection and depressurisation. a- supplying liquefied gas through a one way supply to the first pressurized container, the first pressurized container being at a first pressure, b- connect the first pressurized container to an evaporator to evaporate liquefied gas to produce a first fluid and increase pressure in the first pressurized container to a second pressure, c- connect the first pressurized container with a consumer connection via a channel of a heat exchanger, the first fluid raising its temperature as it flows through the channel, the second pressure being higher than a pressure in the consumer connection, d- connect the second pressurized container containing a second fluid with the third pressurized container via a counter current flow channel of the heat exchanger, the second fluid reducing its temperature as it flows through the counter current flow channel, the pressure in the second pressurized container being higher than the pressure in the third pressurized container, the second fluid passing through an expansion element between the counter flow exchanger and the third pressurized container, e- repeat the above steps using a circular permutation between the first, second and third containers, each container cycling through successive phases of being supplied with liquefied gas, evaporating liquefied gas, consumer connection and depressurisation.
A mobile load compartment for trunks or timber that has been obtained during harvesting of trees comprising a harvester that supports a driver's cabin on a wheeled chassis, a crane that can be rotated around a vertical axis on the chassis and that supports at the tip of the crane a tree-processing device for tree felling and the production of forestry raw material, that may comprise timber, a loading arrangement arranged at said mobile load compartment including a unit for the reception of forestry raw material and for supporting the raw material in a retaining manner and transferring it to the load compartment, characterised in that the loading arrangement is arranged to directly receive the forestry raw material that has been produced from the tree-processing device and support it in a retaining manner and, and independently of the motion of the tree-processing device, carry out displacement of the delivered forestry raw material using the crane to a position in and above the said mobile load compartment, characterised in that the loading arrangement is arranged with such a range and ability of motion that it allows the receiver to be manoeuvred to a position within a practical working area during tree felling that extends with respect to the longitudinal axis of the harvester around an arc extent of approximately 180° in front of and at the side of the harvester and to be present in the said region during the reception of the raw material.
A non-transitory computer readable storage medium for identifying anomalies in an object (22, 42) that is imaged, using at least one processor, the non-transitory computer readable storage medium including instructions to command the processor to: obtain a plurality of images corresponding to at least one area of an object (22, 42); perform a rectification of at least some of the plurality of images using a reference structure, the rectification comprising applying a spatial filter to a determined overall shape of the object (22, 42) and compensating for the filtered overall shape of the object by straightening the plurality of images, the straightening including shifting a plurality of rows of pixels in the plurality of images; perform a gradient vector field analysis (60, 64, 66, 68) on the rectified plurality of images of the object to identify anomaly regions within the object (22, 42), wherein the performing the gradient vector field analysis comprises determining intensity gradients on the rectified plurality of images, the determining of intensity gradients comprising determining a magnitude and an orientation of the intensity gradients. obtain a plurality of images corresponding to at least one area of an object (22, 42); perform a rectification of at least some of the plurality of images using a reference structure, the rectification comprising applying a spatial filter to a determined overall shape of the object (22, 42) and compensating for the filtered overall shape of the object by straightening the plurality of images, the straightening including shifting a plurality of rows of pixels in the plurality of images; perform a gradient vector field analysis (60, 64, 66, 68) on the rectified plurality of images of the object to identify anomaly regions within the object (22, 42), wherein the performing the gradient vector field analysis comprises determining intensity gradients on the rectified plurality of images, the determining of intensity gradients comprising determining a magnitude and an orientation of the intensity gradients.
A multicolor light-emitting organic electroluminescent display device including a plurality of organic EL light-emitting regions which includes a red-light emitting region which emits red light, a green-light emitting region which emits green light, and a blue-light emitting region which emits blue light and non light-emitting region that are arranged on a main substrate, said organic EL display device comprising: a first light-adjusting layer (109, 110) including a first portion and a second portion, the first portion selectively transmitting desired blue light, and the second portion absorbing visible light other than the desired blue light or absorbing an entire range of visible light; and a second light-adjusting layer selectively absorbing light with a wavelength between desired red light and desired green light, wherein the blue-light emitting region is overlaid with the first portion, and the non-light emitting portion is overlaid with the second portion, and the organic EL light-emitting regions and the non-light emitting region are overlaid with the second light-adjusting layer, characterized in that a light-adjusting layer selectively transmitting red light and a light-adjusting layer selectively transmitting green light are omitted. a first light-adjusting layer (109, 110) including a first portion and a second portion, the first portion selectively transmitting desired blue light, and the second portion absorbing visible light other than the desired blue light or absorbing an entire range of visible light; and a second light-adjusting layer selectively absorbing light with a wavelength between desired red light and desired green light, wherein the blue-light emitting region is overlaid with the first portion, and the non-light emitting portion is overlaid with the second portion, and the organic EL light-emitting regions and the non-light emitting region are overlaid with the second light-adjusting layer, characterized in that a light-adjusting layer selectively transmitting red light and a light-adjusting layer selectively transmitting green light are omitted.