mhurhangee/ep-ind-claims huggingface dataset:
Verification method for the verification of a Connection Request from a Roaming Mobile Entity requesting connection to a Mobile Network, comprising the following steps: - Receive the Connection Request from the Roaming Mobile Entity at a local Mobile Management Entity, - Extract at least one Specification Code from the Connection Request for specifying a Network Code of the Roaming Mobile Entity at the Mobile Management Entity, - Identify the Network Code at the Mobile Management Entity as an excluded Network Code by a checkup against a positive list of the Mobile Management Entity, - Send the Connection Request from the local Mobile Management Entity to an International Provider Entity, - Compare the Network Code of the Roaming Mobile Entity to an Agreement List of international roaming agreements at the International Provider Entity, - Send an International Connection Answer from the International Provider Entity to the Mobile Management Entity based on the result of the comparing step comprising allowance or denial of the connection to the Mobile Network, - Send a Local Connection Answer from the Mobile Management Entity to the Roaming Mobile Entity comprising allowance or denial of the Connection based on the International Connection Answer. - Receive the Connection Request from the Roaming Mobile Entity at a local Mobile Management Entity, - Extract at least one Specification Code from the Connection Request for specifying a Network Code of the Roaming Mobile Entity at the Mobile Management Entity, - Identify the Network Code at the Mobile Management Entity as an excluded Network Code by a checkup against a positive list of the Mobile Management Entity, - Send the Connection Request from the local Mobile Management Entity to an International Provider Entity, - Compare the Network Code of the Roaming Mobile Entity to an Agreement List of international roaming agreements at the International Provider Entity, - Send an International Connection Answer from the International Provider Entity to the Mobile Management Entity based on the result of the comparing step comprising allowance or denial of the connection to the Mobile Network, - Send a Local Connection Answer from the Mobile Management Entity to the Roaming Mobile Entity comprising allowance or denial of the Connection based on the International Connection Answer.
An ink-jet printer comprising: an ink-jet head provided with a nozzle surface in which a plurality of rows of nozzles each of which comprises a plurality of nozzles for discharging ink are formed in a direction of the row of the nozzles; and a wiping device, provided with one single blade for wiping the nozzle surface, which carries out wiping the nozzle surface by use of the blade, by way of moving the blade in relation to the nozzle surface; wherein, the ink-jet head is provided with a convex wall part that surrounds the nozzle surface in a state of protruding in a direction in which the ink is discharged by the nozzles; and a direction of wiping (30a, 30b) by the wiping device is almost the same as a stretching direction of the rows of the nozzles or as a direction perpendicular to the stretch direction of the rows of the nozzles wherein the blade has flexibility; a length of the single blade in a direction perpendicular to the direction of wiping is a length that makes it possible for the blade to simultaneously contact tip parts (22b, 22d), in the direction in which the ink is discharged, of two facing parts (22a, 22c) of the convex wall part, at a time of wiping operation by the wiping device; the facing parts (22a, 22c) facing each other in the direction perpendicular to the direction of wiping; and the wiping device wipes out the nozzle surface by use of the blade, while making the blade simultaneously contact the tip parts (22b, 22d) of the two facing parts (22a, 22c). an ink-jet head provided with a nozzle surface in which a plurality of rows of nozzles each of which comprises a plurality of nozzles for discharging ink are formed in a direction of the row of the nozzles; and a wiping device, provided with one single blade for wiping the nozzle surface, which carries out wiping the nozzle surface by use of the blade, by way of moving the blade in relation to the nozzle surface; wherein, the ink-jet head is provided with a convex wall part that surrounds the nozzle surface in a state of protruding in a direction in which the ink is discharged by the nozzles; and a direction of wiping (30a, 30b) by the wiping device is almost the same as a stretching direction of the rows of the nozzles or as a direction perpendicular to the stretch direction of the rows of the nozzles wherein the blade has flexibility; a length of the single blade in a direction perpendicular to the direction of wiping is a length that makes it possible for the blade to simultaneously contact tip parts (22b, 22d), in the direction in which the ink is discharged, of two facing parts (22a, 22c) of the convex wall part, at a time of wiping operation by the wiping device; the facing parts (22a, 22c) facing each other in the direction perpendicular to the direction of wiping; and the wiping device wipes out the nozzle surface by use of the blade, while making the blade simultaneously contact the tip parts (22b, 22d) of the two facing parts (22a, 22c).
An optical observation instrument intended to be installed on-board a satellite or an aircraft, said optical observation instrument having an optical system forming an image of an overflown terrain on at least one two-dimensional photodetection matrix composed of pixels (P IJ) that are organised into rows (L I) and into groups of columns (C J), said matrix being aligned with the axis of movement of the ground with respect to the instrument, - each row of pixels corresponding to different points of the image, each point of a row corresponding to one and the same spectral band, - each group of columns corresponding to a different spectral band, - the movement of the overflown terrain being perpendicular to the rows, - the observation instrument having a device for acquiring data output from the pixels of the photodetection matrix during a defined sampling period, the acquiring device operating in an acquisition mode during said period, said acquisition mode being defined by the common read-out, by an electronic device, of identical matrix blocks of pixels belonging to adjacent rows and columns, the number of rows and the number of columns of the blocks being chosen as a function of an expected spatial resolution and an expected spectral resolution of said instrument, characterised in that the observation instrument has at least two acquisition modes, a first acquisition mode in which the rows are read out in blocks of pixels and a second acquisition mode in which the columns are read out in blocks of pixels, and the observation instrument is further configured to switch from one mode to the other, the switch being made purely electronically. - each row of pixels corresponding to different points of the image, each point of a row corresponding to one and the same spectral band, - each group of columns corresponding to a different spectral band, - the movement of the overflown terrain being perpendicular to the rows, - the observation instrument having a device for acquiring data output from the pixels of the photodetection matrix during a defined sampling period, the acquiring device operating in an acquisition mode during said period, said acquisition mode being defined by the common read-out, by an electronic device, of identical matrix blocks of pixels belonging to adjacent rows and columns, the number of rows and the number of columns of the blocks being chosen as a function of an expected spatial resolution and an expected spectral resolution of said instrument, characterised in that the observation instrument has at least two acquisition modes, a first acquisition mode in which the rows are read out in blocks of pixels and a second acquisition mode in which the columns are read out in blocks of pixels, and the observation instrument is further configured to switch from one mode to the other, the switch being made purely electronically.
A method of splicing together a first section of a prefabricated composite core (501, 601, 701, 901) and a second section of a prefabricated composite core (503, 603, 703, 903), the method comprising: positioning the first section (501, 601, 701, 901) adjacent to the second section (503, 603, 703, 903) to form at least one bondline therebetween; applying an adhesive (507, 607, 707, 907) to the at least one bondline; locating a first magnet (505a, 605a, 705a, 905a) and a second member (505b, 605b, 705b, 905b) to provide a pressure on the adhesive (507, 607, 707, 907) along the bondline; wherein the first magnet (505a, 605a, 705a, 905a) and the second member (505b, 605b, 705b, 905b) have a magnetic attraction to each other. positioning the first section (501, 601, 701, 901) adjacent to the second section (503, 603, 703, 903) to form at least one bondline therebetween; applying an adhesive (507, 607, 707, 907) to the at least one bondline; locating a first magnet (505a, 605a, 705a, 905a) and a second member (505b, 605b, 705b, 905b) to provide a pressure on the adhesive (507, 607, 707, 907) along the bondline; wherein the first magnet (505a, 605a, 705a, 905a) and the second member (505b, 605b, 705b, 905b) have a magnetic attraction to each other.
A combined power and input/output system, comprising: a host system (104; 408); a target system operably coupled to the host system (104; 408) via a combined power and I/O line; a pass transistor (108; 434) interposed between the host system (104; 408) and a power supply capacitor (106; 440); and a switching system controlling the pass transistor (108; 434); characterized in that the host system (104; 408) is configured to charge the power supply capacitor (106; 440) in the target system in a first mode via the combined power and I/O line through a parasitic diode of the pass transistor (108; 434) while the pass transistor (108; 434) is inactive and communicate via the combined power and I/O line in a second mode, wherein when in the second mode, the switching system controls the pass transistor to charge the power supply capacitor (106; 440). a host system (104; 408); a target system operably coupled to the host system (104; 408) via a combined power and I/O line; a pass transistor (108; 434) interposed between the host system (104; 408) and a power supply capacitor (106; 440); and a switching system controlling the pass transistor (108; 434); characterized in that the host system (104; 408) is configured to charge the power supply capacitor (106; 440) in the target system in a first mode via the combined power and I/O line through a parasitic diode of the pass transistor (108; 434) while the pass transistor (108; 434) is inactive and communicate via the combined power and I/O line in a second mode, wherein when in the second mode, the switching system controls the pass transistor to charge the power supply capacitor (106; 440).
An image processing apparatus comprising: first alignment means configured to perform an alignment in a horizontal direction on a plurality of two-dimensional tomographic images based on a positional deviation amount acquired by comparing projected images in the depth direction generated from the plurality of two-dimensional tomographic images, the plurality of two-dimensional tomographic images being obtained based on measurement light controlled to scan an identical position of an eye; and second alignment means configured to perform an alignment in a depth direction on the plurality of two-dimensional tomographic images. first alignment means configured to perform an alignment in a horizontal direction on a plurality of two-dimensional tomographic images based on a positional deviation amount acquired by comparing projected images in the depth direction generated from the plurality of two-dimensional tomographic images, the plurality of two-dimensional tomographic images being obtained based on measurement light controlled to scan an identical position of an eye; and second alignment means configured to perform an alignment in a depth direction on the plurality of two-dimensional tomographic images.
A combined evaporator and condenser manufactured from a number of stacked heat exchanger plates provided with a pressed pattern of ridges and grooves for keeping the plates on a distance from one another for creating interplate flow channels (1180, 1200), wherein the evaporator portion (1120, 1150) of the combined evaporator and condenser has a coolant outlet connectable to an expansion valve, characterized in that a connection between the condensor portion and the expansion valve runs through the evaporator portion.
A garment (1,20) made of a stretchable fabric and having an opening (2,3,4,21,22) through which a body part of a wearer is passed, wherein the opening (2,3,4,21,22) has a structure in which a fabric edge is folded back, and the fabric edge is fastened to a main body of the fabric with dotted adhesives (11,11-1,11-2) that are applied in a single row or multiple rows along the fabric edge, characterized in that a part of the opening (2,3,4,21,22) is formed with a pattern in which curvature of the opening (2,3,4,21,22) changes, and a row of the adhesives (11,11-1,11-2) that are applied on a side closest to the edge of the fabric is applied within 2 mm from the edge of the fabric, and a difference between an average of spacings between adjacent adhesives (11,11-1,11-2) applied in a row in a 3-cm section of a portion (6,8,10,25,27) having the largest curvature radius at the opening (2,3,4,21,22) and an average of spacings between adjacent adhesives applied in a row in a 3-cm section of a portion (5,7,9,24,26) having a smaller curvature radius at the opening is within 15%. the opening (2,3,4,21,22) has a structure in which a fabric edge is folded back, and the fabric edge is fastened to a main body of the fabric with dotted adhesives (11,11-1,11-2) that are applied in a single row or multiple rows along the fabric edge, characterized in that a part of the opening (2,3,4,21,22) is formed with a pattern in which curvature of the opening (2,3,4,21,22) changes, and a row of the adhesives (11,11-1,11-2) that are applied on a side closest to the edge of the fabric is applied within 2 mm from the edge of the fabric, and a difference between an average of spacings between adjacent adhesives (11,11-1,11-2) applied in a row in a 3-cm section of a portion (6,8,10,25,27) having the largest curvature radius at the opening (2,3,4,21,22) and an average of spacings between adjacent adhesives applied in a row in a 3-cm section of a portion (5,7,9,24,26) having a smaller curvature radius at the opening is within 15%.
Sensor device (10; 15) for acquiring measured variables in a channel, the sensor device being adapted to remain permanently in the channel, the sensor device at least comprising: - at least one sensor element for detecting at least one measured variable; - a data processing device coupled to the at least one sensor element for processing and/or preparing the measured variables detected by the at least one sensor element; - a transmission module coupled to the data processing device and having an antenna for wireless transmission of the processed and/or prepared measured variables as measurement data to a second sensor device and/or to an interrogation device; - a power supply unit for supplying the at least one sensor element, the data processing device and the transmission module with electrical energy; the sensor device having a housing which receives the at least one sensor element, the data processing device, the transmission module and the energy supply unit, the housing being designed to be fluid- and airtight, characterized in that the housing is adapted to be attached in the channel on the inner channel wall. - at least one sensor element for detecting at least one measured variable; - a data processing device coupled to the at least one sensor element for processing and/or preparing the measured variables detected by the at least one sensor element; - a transmission module coupled to the data processing device and having an antenna for wireless transmission of the processed and/or prepared measured variables as measurement data to a second sensor device and/or to an interrogation device; - a power supply unit for supplying the at least one sensor element, the data processing device and the transmission module with electrical energy;
A method for manufacturing an electrode for a solid state battery, comprising the steps of: preparing a slurry for forming an electrode comprising: - a first polymer electrolyte, or the first polymer electrolyte and a binder resin, - a conductive material, and - a plurality of electrode active material particles; coating the surface of a current collector with the slurry; and impregnating the product of with a second polymer electrolyte, wherein step is carried out by an electrospraying process. preparing a slurry for forming an electrode comprising: - a first polymer electrolyte, or the first polymer electrolyte and a binder resin, - a conductive material, and - a plurality of electrode active material particles; - a first polymer electrolyte, or the first polymer electrolyte and a binder resin, - a conductive material, and - a plurality of electrode active material particles; coating the surface of a current collector with the slurry; and impregnating the product of with a second polymer electrolyte, wherein step is carried out by an electrospraying process.
A method for managing the movement of at least one vehicle in a train installation, the train installation comprising tracks, at least one station comprising at least one platform able to receive platform barriers, and at least one vehicle suitable for moving on the tracks, the vehicle comprising a controller installed on board the vehicle and suitable for carrying out a first protocol and a second protocol separate from the first protocol, the first and second protocols being implemented exclusively of one another and each seeing to at least one of the arrival of the vehicle in each station and the departure of the vehicle from each station, the method comprising the following steps: - implementation of the first protocol by the controller by default, - optionally sending the controller a piece of information specific to a platform, called current platform, the specific piece of information resulting from a specific state on the current platform sent from an inhibiting device outside the vehicle, and - when the specific piece of information is received by the controller, implementation of the second protocol by the controller when the vehicle is parked at the current platform or when the vehicle is moving on the tracks and the next platform is the current platform. - implementation of the first protocol by the controller by default, - optionally sending the controller a piece of information specific to a platform, called current platform, the specific piece of information resulting from a specific state on the current platform sent from an inhibiting device outside the vehicle, and - when the specific piece of information is received by the controller, implementation of the second protocol by the controller when the vehicle is parked at the current platform or when the vehicle is moving on the tracks and the next platform is the current platform.
A method for preparing reconstituted rawhide from pretreated animal hide material comprising: a. expanding the collagen fibers comprising said pretreated hide material by the addition of acid sufficient to adjust the pH of said pretreated hide material to a value of less than 5; b. grinding said acid treated hide material into a suspension of fibers; c. contracting the swollen state of the collagen fibers within said suspension through the application of a dehydration agent; d. drying said suspension of ground hide material into sheets of reconstituted rawhide; e. applying a cross-linking agent to the formed sheets of reconstituted rawhide to further strengthen the adhesive strength of the reconstituted rawhide material wherein the dehydration agent that contracts the swollen state of the collagen fibers in the hide material is a neutral salt and an alkaline material, and wherein the amount of alkaline material added is sufficient to adjust the pH value of the suspension of ground up hide fibers to within the range of 6 to 8. a. expanding the collagen fibers comprising said pretreated hide material by the addition of acid sufficient to adjust the pH of said pretreated hide material to a value of less than 5; b. grinding said acid treated hide material into a suspension of fibers; c. contracting the swollen state of the collagen fibers within said suspension through the application of a dehydration agent; d. drying said suspension of ground hide material into sheets of reconstituted rawhide; e. applying a cross-linking agent to the formed sheets of reconstituted rawhide to further strengthen the adhesive strength of the reconstituted rawhide material
An in vitro process for producing a Muse cell-like cell, comprising the step of inhibiting expression or function of ELAVL2, TEAD1, and GATAD2B in a fibroblast, wherein the Muse cell-like cell expresses CD105 mRNA.
A method by a user equipment, UE, in a wireless communication system supporting dual connectivity, the method comprising: receiving, from a first base station, a radio resource control, RRC, message including information on a first logical channel group mapped to logical channels for transmitting a buffer status report, BSR, to the first base station and on a second logical channel group mapped to logical channels for transmitting a BSR to a second base station; determining, if a BSR is triggered, a logical channel group corresponding to the triggered BSR based on the information, the BSR being triggered if a timer expires; and transmitting the triggered BSR to a base station corresponding to the logical channel group. receiving, from a first base station, a radio resource control, RRC, message including information on a first logical channel group mapped to logical channels for transmitting a buffer status report, BSR, to the first base station and on a second logical channel group mapped to logical channels for transmitting a BSR to a second base station; determining, if a BSR is triggered, a logical channel group corresponding to the triggered BSR based on the information, the BSR being triggered if a timer expires; and transmitting the triggered BSR to a base station corresponding to the logical channel group.