mhurhangee/ep-ind-claims huggingface dataset:
A wiring board that enables the production of cable harnesses on it, wherein the board comprises the following: • A work surface with a perforated matrix structure located on the wiring board, • At least one projector being configured to project the technical drawing of the cable harness to be produced on the work surface, and characterised in that: • Said projector being connected to the wiring board by means of a connection member (3.1) located behind the wiring board, • Plurality of pins that are configured to be moved by raising and lowering in pin slots (8.1) on the working surface, • At least one sensor that is configured to detect the image reflected on the work surface and to transmit the detected data as a result of the detection, • A control unit that is configured to process the data transmitted from the sensor, to determine the pins located at the closest point to the detected image and to enable the determined pins to rise automatically. • A work surface with a perforated matrix structure located on the wiring board, • At least one projector being configured to project the technical drawing of the cable harness to be produced on the work surface, • Said projector being connected to the wiring board by means of a connection member (3.1) located behind the wiring board, • Plurality of pins that are configured to be moved by raising and lowering in pin slots (8.1) on the working surface, • At least one sensor that is configured to detect the image reflected on the work surface and to transmit the detected data as a result of the detection, • A control unit that is configured to process the data transmitted from the sensor, to determine the pins located at the closest point to the detected image and to enable the determined pins to rise automatically.
An operation panel for a power conversion device comprising: an operation panel board provided with operation units (2, 4) that operate a power conversion device main body portion on a front side; a first terminal and a second terminal provided corresponding to a button battery for supplying power to the operation panel board on a back surface of the operation panel board; a rear cover including a battery positioning portion configured to position the button battery with respect to the first terminal and the second terminal and an opening portion provided such that the battery positioning portion is exposed, which is disposed so as to cover the back surface of the operation panel board; a battery cover which is configured to be attached to and detached from the rear cover and provided so as to cover the opening portion and a card slot portion for inserting a memory card, which is provided on the back surface of the operation panel board, wherein the operation panel is structured such that the memory card can be removed from the card slot portion by sliding the memory card to a side where the battery positioning portion is disposed. an operation panel board provided with operation units (2, 4) that operate a power conversion device main body portion on a front side; a first terminal and a second terminal provided corresponding to a button battery for supplying power to the operation panel board on a back surface of the operation panel board; a rear cover including a battery positioning portion configured to position the button battery with respect to the first terminal and the second terminal and an opening portion provided such that the battery positioning portion is exposed, which is disposed so as to cover the back surface of the operation panel board; a battery cover which is configured to be attached to and detached from the rear cover and provided so as to cover the opening portion and a card slot portion for inserting a memory card, which is provided on the back surface of the operation panel board, wherein the operation panel is structured such that the memory card can be removed from the card slot portion by sliding the memory card to a side where the battery positioning portion is disposed.
A wind turbine having a fibre optic sensor system for measuring an operating parameter of a wind turbine component, the fibre optic sensor system comprising: a light source for outputting light in a predetermined range of wavelengths; an optical fibre comprising a long Fibre Bragg Grating, the long Fibre Bragg Grating having a grating of a predetermined grating period extending continuously over a length of the optical fibre to provide a continuous measurement region in the optical fibre, wherein the optical fibre is coupled to the wind turbine component such that the continuous measurement region is located at a region of the wind turbine component to be sensed, and such that the grating period at each location in the continuous measurement region is dependent upon the value of the operating parameter at that location; a light detector for receiving light from the optical fibre, and for providing an output signal to the controller indicating the intensity and wavelength of the received light; a controller coupled to the light detector for determining, based on the detected light, a value for the operating parameter. a light source for outputting light in a predetermined range of wavelengths; an optical fibre comprising a long Fibre Bragg Grating, the long Fibre Bragg Grating having a grating of a predetermined grating period extending continuously over a length of the optical fibre to provide a continuous measurement region in the optical fibre, wherein the optical fibre is coupled to the wind turbine component such that the continuous measurement region is located at a region of the wind turbine component to be sensed, and such that the grating period at each location in the continuous measurement region is dependent upon the value of the operating parameter at that location; a light detector for receiving light from the optical fibre, and for providing an output signal to the controller indicating the intensity and wavelength of the received light; a controller coupled to the light detector for determining, based on the detected light, a value for the operating parameter.
A method for controlling a land transport vehicle traveling on a track, the track comprising, in a movement direction of the land transport vehicle, a zone with an external power supply adjacent to a zone without an external power supply to be traveled with an onboard power supply device, the zone with an external power supply comprising an external power supply device on the ground provided with a plurality of power supply segments (7, 9; 100, 102, 104) arranged sequentially in the direction of the track, the land transport vehicle including at least one capture device (50, 52) adapted to be placed in contact with a power supply segment on the one hand and to be electrically connected to at least one traction motor on the other hand, the land transport vehicle further including an onboard power supply device adapted to be electrically connected to the or each traction motor, the method comprising at least the following steps: a) powering the or each traction motor with a power supplied by a power supply segment (7, 9; 100, 102, 104), with which the capture device (50, 52) is in contact; b) emitting, by the a land transport vehicle, a presence signal of the land transport vehicle; c) emitting, in response to the presence signal of the land transport vehicle, via an antenna (17, 19; 120, 122, 124) associated with the power supply segment situated close to the end of the zone with an external power supply, a signal indicating the end of the zone with an external power supply; d) receiving, via the land transport vehicle positioned in vicinity of the power supply segment associated with the antenna sending said signal indicating the end of a zone with an external power supply, the signal indicating the end of a zone with an external power supply; e) commanding, after receiving the signal indicating the end of a zone with an external power supply, a transition from a power demand from the external power supply device to a power demand from the onboard power supply device to power the or each traction motor. a) powering the or each traction motor with a power supplied by a power supply segment (7, 9; 100, 102, 104), with which the capture device (50, 52) is in contact; b) emitting, by the a land transport vehicle, a presence signal of the land transport vehicle; c) emitting, in response to the presence signal of the land transport vehicle, via an antenna (17, 19; 120, 122, 124) associated with the power supply segment situated close to the end of the zone with an external power supply, a signal indicating the end of the zone with an external power supply; d) receiving, via the land transport vehicle positioned in vicinity of the power supply segment associated with the antenna sending said signal indicating the end of a zone with an external power supply, the signal indicating the end of a zone with an external power supply; e) commanding, after receiving the signal indicating the end of a zone with an external power supply, a transition from a power demand from the external power supply device to a power demand from the onboard power supply device to power the or each traction motor.
An injection molding machine comprising: a movable part arranged on an injection apparatus base which is movable with respect to a molding machine frame; a hydraulic actuator fixed to the movable part; a hydraulic pump unit fixed to said movable part so as to supply a generated fluid-pressure to the hydraulic actuator; and a hydraulic passage (76A, 76B) provided to said movable part so as to connect said hydraulic pump unit and said hydraulic actuator, wherein said hydraulic actuator, said hydraulic pump unit and said hydraulic passage (76A, 76B) move with a movement of said movable part, characterized in that said movable part is an injection apparatus, and said hydraulic actuator is a hydraulic cylinder which is a drive source of a moving mechanism that moves the injection apparatus, and wherein said hydraulic pump unit is turnable together with the injection apparatus relative to the injection apparatus base. a movable part arranged on an injection apparatus base which is movable with respect to a molding machine frame; a hydraulic actuator fixed to the movable part; a hydraulic pump unit fixed to said movable part so as to supply a generated fluid-pressure to the hydraulic actuator; and a hydraulic passage (76A, 76B) provided to said movable part so as to connect said hydraulic pump unit and said hydraulic actuator, wherein said hydraulic actuator, said hydraulic pump unit and said hydraulic passage (76A, 76B) move with a movement of said movable part, characterized in that said movable part is an injection apparatus, and said hydraulic actuator is a hydraulic cylinder which is a drive source of a moving mechanism that moves the injection apparatus, and wherein said hydraulic pump unit is turnable together with the injection apparatus relative to the injection apparatus base.
A medical device, comprising: an implantable pulse generator, IPG, configured for implantation in a patient and comprising a plurality of electrode nodes, each electrode node configured to be coupled to an electrode configured to contact a patient's brain; and control circuitry (66; 88) configured to: control stimulation circuitry to issue stimulation at a first one or more of the plurality of electrode nodes, record an electrical signal at a second one or more of the plurality of electrode nodes, classify the recorded electrical signal according to one or more classification criteria to determine if the recorded electrical signal contains evoked resonant neural activity, ERNA, if the recorded electrical signal does contain ERNA, extract one or more features of the ERNA, and adjust stimulation based on the one or more features. an implantable pulse generator, IPG, configured for implantation in a patient and comprising a plurality of electrode nodes, each electrode node configured to be coupled to an electrode configured to contact a patient's brain; and control circuitry (66; 88) configured to: control stimulation circuitry to issue stimulation at a first one or more of the plurality of electrode nodes, record an electrical signal at a second one or more of the plurality of electrode nodes, classify the recorded electrical signal according to one or more classification criteria to determine if the recorded electrical signal contains evoked resonant neural activity, ERNA, if the recorded electrical signal does contain ERNA, extract one or more features of the ERNA, and adjust stimulation based on the one or more features. control stimulation circuitry to issue stimulation at a first one or more of the plurality of electrode nodes, record an electrical signal at a second one or more of the plurality of electrode nodes, classify the recorded electrical signal according to one or more classification criteria to determine if the recorded electrical signal contains evoked resonant neural activity, ERNA, if the recorded electrical signal does contain ERNA, extract one or more features of the ERNA, and adjust stimulation based on the one or more features.
Electrical rechargeable battery, in particular for a photovoltaic installation, having various states of charge of its capacity which is controlled by a control device of the electrical rechargeable battery, having a first capacity range which is provided solely for feeding the mains, having a second capacity range which is provided for consumption by coupled consumers and for feeding the mains, having a third capacity range which is provided solely for feeding the mains, characterized in that the first capacity range in the low state-of-charge range comprises the capacity range from 10% to 40% of the capacity of the electrochemical energy store, and the second capacity range comprises the capacity range from 40% to 80% of the capacity of the electrochemical energy store, and the third capacity range in the high state-of-charge range comprises the capacity range from 80% to 90% of the capacity of the electrochemical energy store, a fourth capacity range is provided and is blocked, and a fifth capacity range is provided and is blocked, that is to say is enabled neither for the consumer nor for feeding the mains, and the fourth capacity range in the lower state-of-charge range comprises the capacity range from 0% to 10% of the capacity of the electrochemical energy store, and the fifth capacity range in the upper state-of-charge range comprises the capacity range from 90% to 100% of the capacity of the electrochemical energy store.
A two wheel planing amphibian, for use on land and water, comprising: a hull; a front wheel mounted to the amphibian by a front suspension assembly; a rear wheel mounted to the amphibian by a rear suspension assembly; at least one wheel retraction mechanism for moving the front and rear wheel (30, 40) between a deployed position for use of the amphibian on land, and a retracted position for use of the amphibian on water; wherein the front wheel is located outside the hull in both the deployed and retracted positions. a hull; a front wheel mounted to the amphibian by a front suspension assembly; a rear wheel mounted to the amphibian by a rear suspension assembly; at least one wheel retraction mechanism for moving the front and rear wheel (30, 40) between a deployed position for use of the amphibian on land, and a retracted position for use of the amphibian on water; wherein the front wheel is located outside the hull in both the deployed and retracted positions.
A vehicle environment detection system comprising a control unit arrangement and at least one sensor arrangement that is arranged to be mounted in an ego vehicle and to provide sensor detections (9, 12) for at least two preceding target vehicles (10, 11), where the vehicle environment detection system is arranged to acquire an ego velocity (v 0) and an ego acceleration (a 0) for the ego vehicle, and, by means of said sensor detections (9, 12), to determine vehicle data comprising: - corresponding distances (r 1, r 2) between the ego vehicle and said preceding target vehicles (10, 11); and - corresponding target velocity (v 1, v 2) and target acceleration (a 1, a 2) for each of said preceding target vehicles (10, 11); where the control unit arrangement is arranged to determine a corresponding TTC, time to collision, between at least two different pairs of said vehicles (1, 10, 11), and to determine if any determined TTC falls below at least one threshold value, characterized in that the control unit arrangement is arranged to discard each determined TTC value that corresponds to a preceding vehicle for which the corresponding distance (r 1, r 2) exceeds a distance threshold value. - corresponding distances (r 1, r 2) between the ego vehicle and said preceding target vehicles (10, 11); and - corresponding target velocity (v 1, v 2) and target acceleration (a 1, a 2) for each of said preceding target vehicles (10, 11); where
A method for screening of asymptomatic and symptomatic subjects with Helicobacter pylori infection, atrophic gastritis with related risks and/or disturbed gastric function, the method including the steps of: a) recording the collection time of a whole blood sample, which has been obtained from a subject, b) recording the storage temperature of the whole blood sample, c) quantitatively measuring gastrin-17 concentration of a plasma or serum sample separated from the whole blood sample, d) determining initial gastrin-17 concentration according to the time between the whole blood sample collection and plasma and/or serum sample analysis at a given storage temperature, and e) interpreting the structure and/or function of the stomach mucosa of the subject based on said determination. a) recording the collection time of a whole blood sample, which has been obtained from a subject, b) recording the storage temperature of the whole blood sample, c) quantitatively measuring gastrin-17 concentration of a plasma or serum sample separated from the whole blood sample, d) determining initial gastrin-17 concentration according to the time between the whole blood sample collection and plasma and/or serum sample analysis at a given storage temperature, and e) interpreting the structure and/or function of the stomach mucosa of the subject based on said determination.
A balloon catheter comprising: an elongated catheter shaft having proximal and distal ends (14, 16), wherein the catheter shaft defines a longitudinal axis extending between the proximal and distal ends; an inflatable balloon located close to the distal end of the catheter shaft, wherein the balloon comprises a polymeric material having a surface with a first therapeutic agent disposed thereon; and an elastomeric sheath comprising an elastomeric material having a surface with a second therapeutic agent disposed thereon; wherein in a first configuration the inflatable balloon is located within the elastomeric sheath such that expansion of the inflatable balloon to an inflated state expands the elastomeric sheath, and wherein in a second configuration the inflatable balloon is located outside of the elastomeric sheath, and further wherein the balloon and the elastomeric sheath are configured for movement relative to each other along the longitudinal axis between the first configuration and the second configuration when deployed within a body lumen. an elongated catheter shaft having proximal and distal ends (14, 16), wherein the catheter shaft defines a longitudinal axis extending between the proximal and distal ends; an inflatable balloon located close to the distal end of the catheter shaft, wherein the balloon comprises a polymeric material having a surface with a first therapeutic agent disposed thereon; and an elastomeric sheath comprising an elastomeric material having a surface with a second therapeutic agent disposed thereon; wherein in a first configuration the inflatable balloon is located within the elastomeric sheath such that expansion of the inflatable balloon to an inflated state expands the elastomeric sheath, and wherein in a second configuration the inflatable balloon is located outside of the elastomeric sheath, and further wherein the balloon and the elastomeric sheath are configured for movement relative to each other along the longitudinal axis between the first configuration and the second configuration when deployed within a body lumen.
A method of, at an Internet protocol multimedia subsystem, IMS, network node, performing an inter-user equipment transfer, IUT, operation associated with a first user equipment, UE, and a second UE, the method comprising: receiving a message including IUT restriction related information of a remote end from the remote end; receiving a message including an IUT request from the first UE, in relation to an existing session between the first UE and the remote end; and determining whether the IUT operation is restricted based on the IUT restriction related information of the remote end, and wherein the method is characterized by further comprising: when the IUT request is determined to be restricted based on the received IUT restriction related information, transmitting a query message to the remote end so as to know whether the IUT request is permitted, wherein the query message includes information about media for the IUT operation; receiving a response for the query message from the remote end; and transmitting a rejection message to the first UE when the received response corresponds to a rejection response. receiving a message including IUT restriction related information of a remote end from the remote end; receiving a message including an IUT request from the first UE, in relation to an existing session between the first UE and the remote end; and determining whether the IUT operation is restricted based on the IUT restriction related information of the remote end, and wherein the method is characterized by further comprising: when the IUT request is determined to be restricted based on the received IUT restriction related information, transmitting a query message to the remote end so as to know whether the IUT request is permitted, wherein the query message includes information about media for the IUT operation; receiving a response for the query message from the remote end; and transmitting a rejection message to the first UE when the received response corresponds to a rejection response. when the IUT request is determined to be restricted based on the received IUT restriction related information, transmitting a query message to the remote end so as to know whether the IUT request is permitted, wherein the query message includes information about media for the IUT operation; receiving a response for the query message from the remote end; and transmitting a rejection message to the first UE when the received response corresponds to a rejection response.
Mobile radio telephone for remote control of at least one function of a safety device of a motor vehicle, the mobile radio telephone having a first transceiver unit, whereby a connection with a mobile radio network can be established, characterized in that the mobile radio telephone has a second transceiver unit, whereby a first radio signal is receivable, wherein the mobile radio telephone can be switched into an active mode by the received first radio signal and in the switched active mode a second radio signal with an authorization code for controlling the function of the safety device can be transmitted by the second transceiver unit, said second transceiver unit comprising at least one coil, the coil being arranged on an electronic unit.