mhurhangee/ep-ind-claims huggingface dataset:
A turning working vehicle where an operation part is arranged in a cabin mounted on a turning body, a prime mover part is arranged behind and below the operation part, a portion of the prime mover part is arranged in a rearwardly projecting manner from an area below a rear wall of the cabin, and the projecting portion of the prime mover part is covered by a hood which is openable and closable, wherein a housing part for housing a condenser for an air conditioner which houses the condenser for an air conditioner and a receiver dryer is mounted on a lower portion of the rear wall of the cabin, characterized in that: the rear wall portion is formed of a rear window portion and the housing part for housing the condenser, and the housing part is configured with a box-shaped housing part inner wall mounted on an inner peripheral portion which is formed into a laterally-elongated rectangular frame shaped by lower half portions of left and right rear columnar bodies (59, 75) of the cabin, rear intermediate partition body and rear lower lateral member in a frontwardly projecting manner so that a recessed housing space with a rear surface opened is formed. the rear wall portion is formed of a rear window portion and the housing part for housing the condenser, and the housing part is configured with a box-shaped housing part inner wall mounted on an inner peripheral portion which is formed into a laterally-elongated rectangular frame shaped by lower half portions of left and right rear columnar bodies (59, 75) of the cabin, rear intermediate partition body and rear lower lateral member in a frontwardly projecting manner so that a recessed housing space with a rear surface opened is formed.
A method comprising: a) providing a substrate; b) providing a copper or copper alloy plating composition comprising one or more sources of copper ions, an electrolyte, a source of halide ions, wherein the source of halide ions consists of a chloride ion source, and one or more compounds comprising a reaction product of one or more amino acid monomers and one or more epoxide monomers, wherein the copper or copper alloy plating composition comprises said reaction product in an amount from 0.1 ppm to 500 ppm, based on the total weight of the plating composition; c) contacting a substrate with the copper or copper alloy plating composition; d) applying a current to the substrate and the copper or copper alloy plating composition; and e) depositing copper or copper alloy on the substrate from the copper or copper alloy plating composition. a) providing a substrate; b) providing a copper or copper alloy plating composition comprising one or more sources of copper ions, an electrolyte, a source of halide ions, wherein the source of halide ions consists of a chloride ion source, and one or more compounds comprising a reaction product of one or more amino acid monomers and one or more epoxide monomers, wherein the copper or copper alloy plating composition comprises said reaction product in an amount from 0.1 ppm to 500 ppm, based on the total weight of the plating composition; c) contacting a substrate with the copper or copper alloy plating composition; d) applying a current to the substrate and the copper or copper alloy plating composition; and e) depositing copper or copper alloy on the substrate from the copper or copper alloy plating composition.
A message publishing method for message transmission between at least one publisher and at least one subscriber, implemented by a message broker that comprises at least one actual topic and at least one dummy topic, and characterized in that each of the at least one dummy topic is provided for a publisher or a subscriber, and has functions of searching for an actual topic of a next hop and message forwarding; wherein each of the at least one dummy topic is configured to forward a message from a publisher to an actual topic or forward a message from an actual topic to a subscriber, and each of the at least one actual topic is configured to establish, according to a routing rule, a logical connection with several dummy topics, and each of the actual topic has functions of searching for an actual topic of the next hop or a dummy topic of the next hop and message forwarding; wherein the method comprising: obtaining, by a dummy topic corresponding a publisher, a message sent by the publisher; searching for, according to a stored routing rule between a dummy topic and an actual topic, all transmission paths from the dummy topic corresponding to the publisher to a dummy topic corresponding to any one of the subscribers; wherein the routing rule between the dummy topic corresponding the publisher and an actual topic is used to indicate a message transmission relationship between the dummy topic and the actual topic; when a transmission path from the dummy topic corresponding to the publisher to the dummy topic corresponding to any one of the subscribers is found, transmitting the message or identification information corresponding to the message on the found transmission path; and after the message or the identification information corresponding to the message is transmitted to an end point of each transmission path, sending the message to a subscriber corresponding to the end point of the transmission path. obtaining, by a dummy topic corresponding a publisher, a message sent by the publisher; searching for, according to a stored routing rule between a dummy topic and an actual topic, all transmission paths from the dummy topic corresponding to the publisher to a dummy topic corresponding to any one of the subscribers; wherein the routing rule between the dummy topic corresponding the publisher and an actual topic is used to indicate a message transmission relationship between the dummy topic and the actual topic; when a transmission path from the dummy topic corresponding to the publisher to the dummy topic corresponding to any one of the subscribers is found, transmitting the message or identification information corresponding to the message on the found transmission path; and after the message or the identification information corresponding to the message is transmitted to an end point of each transmission path, sending the message to a subscriber corresponding to the end point of the transmission path.
A base station for serving a cell and wirelessly communicating with nodes (M1, M2) of the cell, wherein the cell comprises a plurality of regions (R1, R2), wherein the base station is adapted to obtain a mitigation factor (α) indicating a level of signal attenuation (μ) between the regions (R1, R2), to select nodes (M1,M2) to be served in full-duplex mode depending on the mitigation factor (α), and to serve the selected nodes (M1,M2) in full-duplex mode, characterized in that the full-duplex mode uses the same time and frequency resources for an uplink from a node and downlink from another node, wherein each pair of regions (R1A, R2A) consisting of a first region (R1A) and a second region (R2A) of the plurality of regions (R1, R2) is associated with the mitigation factor (α) indicating the level of signal attenuation (μ) between the first region (R1A) and the second region (R2A), and the base station is adapted to select nodes (M1,M2) to be served in full-duplex mode by selecting one pair of regions (R1A, R2A) depending on the associated mitigation factor (α) and selecting a first node from the first region (R1A) of the selected pair and a second node from the second region (R2A) of the selected pair.
A control information transmission method, comprising: receiving, by a terminal device, a first control message on a first resource, wherein the first control message carries a transmission bandwidth indication field, the transmission bandwidth indication field is a first value, and the first value indicates that a current transmission bandwidth indication is an invalid indication; receiving, by the terminal device, a second control message on a second resource, wherein the second control message carries the transmission bandwidth indication field, the transmission bandwidth indication field is a second value, and the second value indicates an actual transmission bandwidth, wherein the first resource and the second resource are in a same channel occupancy time COT; and transmitting, by the terminal device, data on the actual transmission bandwidth. receiving, by a terminal device, a first control message on a first resource, wherein the first control message carries a transmission bandwidth indication field, the transmission bandwidth indication field is a first value, and the first value indicates that a current transmission bandwidth indication is an invalid indication; receiving, by the terminal device, a second control message on a second resource, wherein the second control message carries the transmission bandwidth indication field, the transmission bandwidth indication field is a second value, and the second value indicates an actual transmission bandwidth, wherein the first resource and the second resource are in a same channel occupancy time COT; and transmitting, by the terminal device, data on the actual transmission bandwidth.
An image processor implemented method of reconstructing a tomographic image of a periodically moving object in a medical imaging apparatus, the method comprising: acquiring a first image of an object; acquiring a second image of the object, the second image being an image of a different phase from the first image to be reconstructed; determining, in the first image, at least one reference region corresponding to a patch in the second image, wherein the reference region has similar features to the patch of the image; and updating data in the patch in the second image based on data contained in the at least one reference region in the first image; wherein the first image and the second image are acquired at different phases from each other while the object is moving based on ECG data, wherein the updating the data in the patch comprises: reconstructing the second image by minimizing a cost function based on a patch-based low rank regularization involving data contained in the patch and data contained in the at least one reference region. acquiring a first image of an object; acquiring a second image of the object, the second image being an image of a different phase from the first image to be reconstructed; determining, in the first image, at least one reference region corresponding to a patch in the second image, wherein the reference region has similar features to the patch of the image; and updating data in the patch in the second image based on data contained in the at least one reference region in the first image; wherein the first image and the second image are acquired at different phases from each other while the object is moving based on ECG data, wherein the updating the data in the patch comprises: reconstructing the second image by minimizing a cost function based on a patch-based low rank regularization involving data contained in the patch and data contained in the at least one reference region.
A sensor module comprising: a ceramic module body comprising: a diaphragm displaceable by a pressure of a fluid to be measured introduced into the sensor module; and a detector comprising a strain gauge wherein the detector is provided on a flat surface of the diaphragm opposite to a surface of the diaphragm that is to be in contact with the fluid to be measured, the detector detecting a displacement of the diaphragm; characterized in that the sensor module further comprises: a cylindrical portion integral with a periphery of the diaphragm; a pad provided on a flat surface of the cylindrical portion radially outwardly adjacent to the flat surface of the diaphragm; and an electronic component provided on the flat surface of the cylindrical portion and electrically connected to the detector and the pad, wherein the electronic component is provided opposite to the pad with respect to the flat surface of the diaphragm, and at least one outer groove is provided on an outer periphery of the cylindrical portion in parallel with an axial direction of the cylindrical portion. a ceramic module body comprising: a diaphragm displaceable by a pressure of a fluid to be measured introduced into the sensor module; and a detector comprising a strain gauge wherein the detector is provided on a flat surface of the diaphragm opposite to a surface of the diaphragm that is to be in contact with the fluid to be measured, the detector detecting a displacement of the diaphragm; a diaphragm displaceable by a pressure of a fluid to be measured introduced into the sensor module; and a detector comprising a strain gauge wherein the detector is provided on a flat surface of the diaphragm opposite to a surface of the diaphragm that is to be in contact with the fluid to be measured, the detector detecting a displacement of the diaphragm; characterized in that the sensor module further comprises: a cylindrical portion integral with a periphery of the diaphragm; a pad provided on a flat surface of the cylindrical portion radially outwardly adjacent to the flat surface of the diaphragm; and an electronic component provided on the flat surface of the cylindrical portion and electrically connected to the detector and the pad, wherein a cylindrical portion integral with a periphery of the diaphragm; a pad provided on a flat surface of the cylindrical portion radially outwardly adjacent to the flat surface of the diaphragm; and an electronic component provided on the flat surface of the cylindrical portion and electrically connected to the detector and the pad, wherein the electronic component is provided opposite to the pad with respect to the flat surface of the diaphragm, and at least one outer groove is provided on an outer periphery of the cylindrical portion in parallel with an axial direction of the cylindrical portion.
A regulating system for an articulated vehicle, which vehicle comprises a forward section with a first longitudinal axis L1 and a rear section with a second longitudinal axis L2, said sections being connected to one another via an articulation which enables them to pivot relative to one another, such that the vehicle further comprises a steered wheel shaft in its forward section and a steerable tag axle in its rear section, and the regulating system comprises a processing unit, a forward steering unit adapted to delivering a first control signal to steer the wheels on the steered wheel shaft, a rear steering unit adapted to delivering a second control signal to steer the wheels on the steerable tag axle, characterised in that the regulating system further comprises a first measuring unit adapted to determining the direction RV1 for an angle V1 of the wheels on the steered wheel shaft relative to first longitudinal axis L1 in the vehicle's direction of forward movement, and a second measuring unit adapted to determining the direction RVK for an angle VK at the articulation between the first and second longitudinal axes (L1, L2), said first and second measuring units (26, 28) being adapted to conveying direction RV1 and direction RVK respectively to said processing unit, and that said processing unit is adapted to determining said second control signal for said rear steering unit on the basis of at least direction RV1 and direction RVK so that if direction RV1 does not coincide with direction RVK the second control signal is determined such that the steerable tag axle is centred, said forward and rear steering units being hydraulic units, said rear steering unit further comprising a directional valve adapted to opening in response to second control signal.
A lighting unit for indoor and/or outdoor lighting, which comprises a plurality of lamp modules, each lamp module comprising - a light source and - a control unit with a control program for operating the lighting unit and a storage medium, and the control unit being integrated into the lamp module assigned to it, characterized in that an identical set of presets for operating the lighting unit using the control unit are stored on the storage medium of each lamp module of the lighting unit such that the set can be retrieved, and the lamp modules are connected to one another via communication means for data exchange with one another, wherein a plurality of lamp modules comprise addressing and each lamp module is organized in one or in a plurality of groups. - a light source and - a control unit with a control program for operating the lighting unit and a storage medium, and
Adhesive tape comprising at least one foamed layer and at least one pressure-sensitive adhesive layer, characterized in that a pressure-sensitive adhesive layer is disposed on both sides of the foamed layer, where the pressure-sensitive adhesive layer comprises in each case at least one poly(meth)acrylate and the poly(meth)acrylate is crosslinked with at least one covalent and at least one coordinative crosslinker; and both pressure-sensitive adhesive layers are completely identical. at least one foamed layer and at least one pressure-sensitive adhesive layer, characterized in that a pressure-sensitive adhesive layer is disposed on both sides of the foamed layer, where the pressure-sensitive adhesive layer comprises in each case at least one poly(meth)acrylate and the poly(meth)acrylate is crosslinked with at least one covalent and at least one coordinative crosslinker; and both pressure-sensitive adhesive layers are completely identical.
Method for applying application material to an agricultural area, comprising the steps of: - providing application information regarding an application process carried out by a first agricultural application device on the agricultural area; - controlling the application of the application material on the agricultural area by a second agricultural application device according to the provided application information regarding the application process of the first agricultural application device; wherein - the first agricultural application device as an agricultural spreading device, wherein the application process carried out by the first agricultural application device is a spreading process and the application material is spreadable material, - the application information regarding the application process of the first agricultural application device comprises information about the device settings of the first agricultural application device during the application process of the first agricultural application device; - wherein the distribution of the application material is determined from the device settings by determining the throwing distance, the throwing direction, and/or the spreading width from the device settings. - providing application information regarding an application process carried out by a first agricultural application device on the agricultural area; - controlling the application of the application material on the agricultural area by a second agricultural application device according to the provided application information regarding the application process of the first agricultural application device; wherein - the first agricultural application device as an agricultural spreading device, wherein the application process carried out by the first agricultural application device is a spreading process and the application material is spreadable material, - the application information regarding the application process of the first agricultural application device comprises information about the device settings of the first agricultural application device during the application process of the first agricultural application device; - wherein the distribution of the application material is determined from the device settings by determining the throwing distance, the throwing direction, and/or the spreading width from the device settings.
A cavity system, comprising: a cavity recessed in a surface; and a plate; the plate comprising a plurality of holes through it, wherein the proportion of the area of the plate taken up by the holes is ≥ 60%; the plate being positioned in the proximity of a leading edge of the cavity and entirely downstream of the leading edge, the leading edge being relative to an actual or intended flow direction of a fluid over the surface and the cavity; the plate arranged with the surface of the plate at a perpendicular or oblique angle to the actual or intended flow direction. a cavity recessed in a surface; and a plate; the plate comprising a plurality of holes through it, wherein the proportion of the area of the plate taken up by the holes is ≥ 60%; the plate being positioned in the proximity of a leading edge of the cavity and entirely downstream of the leading edge, the leading edge being relative to an actual or intended flow direction of a fluid over the surface and the cavity; the plate arranged with the surface of the plate at a perpendicular or oblique angle to the actual or intended flow direction.
Method of controlling a service in a service provisioning network, the method comprising the steps of: a serving network node associated with a user terminal receiving a registration message, said user terminal comprising one or more of services, preferably VoIP services; the serving network node retrieving in response to the registration message service routing information associated with said user terminal, the service routing information being arranged to route at least one service message associated with said user terminal via a stateless application server, said service routing information further being arranged to prevent registration of the user terminal to one or more application servers connected to the service provisioning network, said application servers comprising one or more services corresponding to the services comprised in said user terminal said stateless application server being adapted to perform at least one control action on said service message. a serving network node associated with a user terminal receiving a registration message, said user terminal comprising one or more of services, preferably VoIP services; the serving network node retrieving in response to the registration message service routing information associated with said user terminal, the service routing information being arranged to route at least one service message associated with said user terminal via a stateless application server, said service routing information further being arranged to prevent registration of the user terminal to one or more application servers connected to the service provisioning network, said application servers comprising one or more services corresponding to the services comprised in said user terminal said stateless application server being adapted to perform at least one control action on said service message.