mhurhangee/ep-ind-claims huggingface dataset:
A telephone exchange system, comprising: a control unit, operable in a set environment wherein both a proxy response function and a sliding-forwarding function are operated for each incoming telephone call to process an incoming telephone call directed to a predetermined proxy response destination, the sliding forwarding function slidably and sequentially forwarding the incoming telephone call from a top-priority telephone terminal or a top-priority to other telephone terminals or telephone numbers in a predetermined order, wherein said control unit is operable to respond to a proxy response for said predetermined proxy response destination, to refer to a forwarding setting set up to a top-priority telephone terminal or a top-priority telephone number within the sliding-forwarding function in response to the above-mentioned proxy response, characterized in that the control unit is operable to conduct exchange control of an incoming telephone call by directly connecting the incoming telephone call to the proxy response destination without carrying out the sliding-forwarding function, when a call source of the incoming telephone call is matched with the top-priority telephone terminal or the top-priority telephone number. a control unit, operable in a set environment wherein both a proxy response function and a sliding-forwarding function are operated for each incoming telephone call to process an incoming telephone call directed to a predetermined proxy response destination, the sliding forwarding function slidably and sequentially forwarding the incoming telephone call from a top-priority telephone terminal or a top-priority to other telephone terminals or telephone numbers in a predetermined order, wherein said control unit is operable to respond to a proxy response for said predetermined proxy response destination, to refer to a forwarding setting set up to a top-priority telephone terminal or a top-priority telephone number within the sliding-forwarding function in response to the above-mentioned proxy response, characterized in that the control unit is operable to conduct exchange control of an incoming telephone call by directly connecting the incoming telephone call to the proxy response destination without carrying out the sliding-forwarding function, when a call source of the incoming telephone call is matched with the top-priority telephone terminal or the top-priority telephone number.
A contactless sensing unit for a measuring apparatus or machine tool, notably for a coordinate measuring machine, the contactless sensing unit comprising: an optical probe device, and a coupling element for mechanical connection to a complementary coupling element of the measuring apparatus or machine tool; wherein the optical probe device comprises an optical objective at a distal end of a lower portion of said probe device for sensing a surface of a workpiece, and wherein the contactless sensing unit further comprising a collar rigidly united to the coupling element for adjusting a relative axial, radial and/or angular position of the optical probe device with respect to a fastening portion of the contactless sensing unit; the collar circumferentially clamping the optical probe device essentially around an upper portion of said probe device. an optical probe device, and a coupling element for mechanical connection to a complementary coupling element of the measuring apparatus or machine tool; wherein the optical probe device comprises an optical objective at a distal end of a lower portion of said probe device for sensing a surface of a workpiece, and wherein the contactless sensing unit further comprising a collar rigidly united to the coupling element for adjusting a relative axial, radial and/or angular position of the optical probe device with respect to a fastening portion of the contactless sensing unit; the collar circumferentially clamping the optical probe device essentially around an upper portion of said probe device.
A pharmaceutical composition for use in the oral treatment or prevention of rheumatoid arthritis in a patient in need thereof, comprising a therapeutically effective amount of calcitonin in free or salt form and a delivery agent for calcitonin together with one or more pharmaceutically acceptable diluents or carriers therefore, said delivery agent being selected from the group consisting of 5-CNAC, SNAD and SNAC and their pharmaceutically acceptable salts, wherein said calcitonin in free form or salt form is provided to said patient in a dosage range of between 0.4 mg and 2.5 mg for an average human of about 70 kg once or twice a day.
A method of delivering fluid to an irrigated catheter, comprising: delivering a flow of irrigation fluid within at least a portion of an irrigated catheter, wherein the irrigation fluid has a first flow rate in a first time period and the irrigation fluid has a second flow rate in a second time period, wherein the first flow rate and the second flow rate are substantially different, wherein the first flow rate and the second flow rate are determined at least in part on temperature measurements taken by thermal sensors disposed within the irrigated catheter, and wherein the first flow rate and the second flow rate are determined at least in part on impedance measurements taken by positioning electrodes located on the irrigated catheter. delivering a flow of irrigation fluid within at least a portion of an irrigated catheter, wherein the irrigation fluid has a first flow rate in a first time period and the irrigation fluid has a second flow rate in a second time period, wherein the first flow rate and the second flow rate are substantially different, wherein the first flow rate and the second flow rate are determined at least in part on temperature measurements taken by thermal sensors disposed within the irrigated catheter, and wherein the first flow rate and the second flow rate are determined at least in part on impedance measurements taken by positioning electrodes located on the irrigated catheter.
A method for manufacturing a structure including a first member and a second member, the first member being a substrate of an optical module or submount of an optical module, and made of a material other than gold and having a surface which is flat and on which a gold thin film (12', 12", 22, 22') is formed, the second member being made of a material other than gold, said method comprising the steps of: intermittently irradiating, with laser light, each point in an irradiation region (12a', 12a", 22a, 22a') of the surface of the first member, so that a base of the thin film (12', 12", 22, 22') is exposed in the irradiation region (12a', 12a", 22a, 22a'), the irradiation region (12a', 12a", 22a, 22a') being a region which is a part of the surface of the first member and whose outer circumference is constituted by a smooth curve having no angular corner; and bonding the second member to a rectangular bonding region (12b', 12b", 22b, 22b') by use of an adhesive, wherein the bonding region (12b', 12b") is set to encompass the irradiation region (12a', 12a"), or wherein the irradiation region contains the bonding region, or wherein the irradiation region is an annular region which (i) contains an outer circumference of the bonding region and (ii) extends along the outer circumference of the bonding region, wherein the first member is a copper-based material, wherein the adhesive is a photocurable resin, and wherein the second member is a transparent material. said method comprising the steps of: intermittently irradiating, with laser light, each point in an irradiation region (12a', 12a", 22a, 22a') of the surface of the first member, so that a base of the thin film (12', 12", 22, 22') is exposed in the irradiation region (12a', 12a", 22a, 22a'), the irradiation region (12a', 12a", 22a, 22a') being a region which is a part of the surface of the first member and whose outer circumference is constituted by a smooth curve having no angular corner; and bonding the second member to a rectangular bonding region (12b', 12b", 22b, 22b') by use of an adhesive, intermittently irradiating, with laser light, each point in an irradiation region (12a', 12a", 22a, 22a') of the surface of the first member, so that a base of the thin film (12', 12", 22, 22') is exposed in the irradiation region (12a', 12a", 22a, 22a'), the irradiation region (12a', 12a", 22a, 22a') being a region which is a part of the surface of the first member and whose outer circumference is constituted by a smooth curve having no angular corner; and bonding the second member to a rectangular bonding region (12b', 12b", 22b, 22b') by use of an adhesive, wherein the bonding region (12b', 12b") is set to encompass the irradiation region (12a', 12a"), or wherein the irradiation region contains the bonding region, or wherein the irradiation region is an annular region which (i) contains an outer circumference of the bonding region and (ii) extends along the outer circumference of the bonding region, wherein the first member is a copper-based material, wherein the adhesive is a photocurable resin, and wherein the second member is a transparent material.
A treatment device (12; 12a; 12b; 12c) which is adapted to apply energy to a living tissue to perform a treatment, the treatment device comprising: a handle; a pair of holding portions (26; 52; 54) configured to move relative to each other and adapted to hold the living tissue, wherein at least one of the holding portions comprises a main body with an edge portion wherein the at least one holding portion further comprises a base portion disposed at the proximal end of the main body; a shaft disposed between the handle and the pair of holding portions (26,52,54); an output portion (56, 58) disposed on the main body and connected with an energy source, the output portion being configured to generate a fluid including a gas and/or a liquid from the living tissue by the energy supplied from the energy source; at least one first channel provided at the main body and configured to discharge the fluid generated from the living tissue, wherein the first channel is formed on an inner side of the edge portion and has an annular shape; and a second channel provided at the base portion and formed continuously from the first channel along the axial direction of the shaft and configured to discharge from the first channel the fluid generated from the living tissue. a handle; a pair of holding portions (26; 52; 54) configured to move relative to each other and adapted to hold the living tissue, wherein at least one of the holding portions comprises a main body with an edge portion wherein the at least one holding portion further comprises a base portion disposed at the proximal end of the main body; a shaft disposed between the handle and the pair of holding portions (26,52,54); an output portion (56, 58) disposed on the main body and connected with an energy source, the output portion being configured to generate a fluid including a gas and/or a liquid from the living tissue by the energy supplied from the energy source; at least one first channel provided at the main body and configured to discharge the fluid generated from the living tissue, wherein the first channel is formed on an inner side of the edge portion and has an annular shape; and a second channel provided at the base portion and formed continuously from the first channel along the axial direction of the shaft and configured to discharge from the first channel the fluid generated from the living tissue.
A method for allowing emergency calling with a Global System for Mobile Communications, "GSM", radiotelephone, characterised by the steps of: detecting an error condition in a Subscriber Identification Module card of the GSM radiotelephone; measuring a temperature; determining whether the temperature is outside of an operating range of the SIM card; and allowing emergency calls to be made by the radiotelephone if the temperature is outside of an operating range of the SIM card. detecting an error condition in a Subscriber Identification Module card of the GSM radiotelephone; measuring a temperature; determining whether the temperature is outside of an operating range of the SIM card; and allowing emergency calls to be made by the radiotelephone if the temperature is outside of an operating range of the SIM card.
A medical image processing method comprising: obtaining a plurality of actual medical images (510; 810) corresponding to a plurality of patients and including lesions; obtaining a first neural network, which is a trained deep neural network based on the plurality of actual medical images (510; 810), for predicting a variation in a lesion over time, a lesion being included in a first medical image of the plurality of actual medical images, wherein the first medical image is obtained at a first time point; and generating by inputting the first medical image to the first neural network, a second medical image which is an artificial lesion image representing a state of the lesion at a second time point different from the first time point. obtaining a plurality of actual medical images (510; 810) corresponding to a plurality of patients and including lesions; obtaining a first neural network, which is a trained deep neural network based on the plurality of actual medical images (510; 810), for predicting a variation in a lesion over time, a lesion being included in a first medical image of the plurality of actual medical images, wherein the first medical image is obtained at a first time point; and generating by inputting the first medical image to the first neural network, a second medical image which is an artificial lesion image representing a state of the lesion at a second time point different from the first time point.
A pharmaceutical composition comprising the 4-isopropylphenyl glucitol compound represented by the following formula: or a pharmaceutically acceptable salt thereof for use in preventing or treating constipation.
An intra ocular lens assembly comprising an intra ocular lens structure for placement in a capsular bag of an eye, said IOL comprising: - an optical structure comprising a perimeter; - at least two posterior supports (5, 5'), coupled to and extending from said perimeter of said optical structure, for residing inside the capsular bag when the IOL is implanted in the capsular bag, and - at least two anterior supports (6, 6'), coupled to and extending from said perimeter of said optical structure, for residing outside the capsular bag when the IOL is implanted in the capsular bag, the anterior supports (6, 6') and the posterior supports (5,5') mutually positioned on said perimeter for holding an anterior capsular bag flap between them for securing the optical structure of the IOL aligned with an opening in an anterior part of the capsular bag, said intra ocular lens assembly further comprising a secondary intra ocular lens (S-IOL) for attachment on an anterior side of the IOL characterised in that, said S-IOL comprises: - a secondary optical structure comprising a secondary perimeter; - at least two fixing parts (37, 37'), coupled with said secondary perimeter and each for coupling with one of said anterior supports (6, 6'), for fixing said S-IOL onto said IOL with the optical structure and the secondary optical structure aligned, and - a ring about said secondary optical structure, with an inner perimeter of said ring attached to the secondary perimeter, said inner perimeter fitting about the perimeter of the optical structure of the IOL. - an optical structure comprising a perimeter; - at least two posterior supports (5, 5'), coupled to and extending from said perimeter of said optical structure, for residing inside the capsular bag when the IOL is implanted in the capsular bag, and - at least two anterior supports (6, 6'), coupled to and extending from said perimeter of said optical structure, for residing outside the capsular bag when the IOL is implanted in the capsular bag, - a secondary optical structure comprising a secondary perimeter; - at least two fixing parts (37, 37'), coupled with said secondary perimeter and each for coupling with one of said anterior supports (6, 6'), for fixing said S-IOL onto said IOL with the optical structure and the secondary optical structure aligned, and - a ring about said secondary optical structure, with an inner perimeter of said ring attached to the secondary perimeter, said inner perimeter fitting about the perimeter of the optical structure of the IOL.
A device for fixing a magnetic shoe actuating cylinder of a railway vehicle bogie, the bogie including a chassis, the magnetic shoe being formed by a frame comprising a plurality of electromagnets; the cylinder, comprising a body and a rod, being fixed in a predetermined fixing direction to the magnetic shoe frame, the fixing device comprising a first connecting (44, 46, 50) configured to secure the cylinder to the chassis and a second connection (52, 54) configured to secure a lower end of the cylinder rod to the magnetic shoe frame, the first connection is configured to be fixed to a lower end of the cylinder body, characterized in that the first connection has a first end forming a resilient articulation around the lower end of the cylinder body and a second end forming a connecting platen to the chassis. the first connection is configured to be fixed to a lower end of the cylinder body, characterized in that the first connection has a first end forming a resilient articulation around the lower end of the cylinder body and a second end forming a connecting platen to the chassis.
A liquid composition comprising an aqueous solvent, an enzyme with phosphatase activity, orthovanadate, mannitol and dithiothreitol, characterized in that the concentration of mannitol is between 1 mM and 100 mM, and the molar ratio of mannitol and orthovanadate is equal to or higher than 1:1.
An apparatus comprising: an image sensor; an image processing circuit; a data path configured to transmit image data related to multiple exposures of a single image from the image sensor to the image processing circuit; a scan circuit coupled to the image sensor and configured to receive one or more activation signals from a processor to allow for data to be read out of the image sensor multiple times from each row of pixels subsequent to a reset of each of the rows of pixels by a rolling shutter reset and thereby to generate said image data related to multiple exposures during a single frame capture, wherein a number of data reads (86,90) and corresponding readout times are determined by the processor based on feedback factors, the feedback factors associated with capture metrics for the single image; wherein the image processing circuit comprises: an image signal processor coupled to the data path, wherein the image signal processor is configured to receive the image data and to separate the image data into at least two categories based on which read of the multiple reads obtained the image data; and a first buffer coupled to the image signal processor and configured to store data from at least one of the categories. an image sensor; an image processing circuit; a data path configured to transmit image data related to multiple exposures of a single image from the image sensor to the image processing circuit; a scan circuit coupled to the image sensor and configured to receive one or more activation signals from a processor to allow for data to be read out of the image sensor multiple times from each row of pixels subsequent to a reset of each of the rows of pixels by a rolling shutter reset and thereby to generate said image data related to multiple exposures during a single frame capture, wherein a number of data reads (86,90) and corresponding readout times are determined by the processor based on feedback factors, the feedback factors associated with capture metrics for the single image; an image signal processor coupled to the data path, wherein the image signal processor is configured to receive the image data and to separate the image data into at least two categories based on which read of the multiple reads obtained the image data; and a first buffer coupled to the image signal processor and configured to store data from at least one of the categories.
A hierarchical control system for a tandem axle assembly for a vehicle, comprising: a controller at vehicle level in communication with at least one of a power source and a transmission of a driveline of the vehicle; an actuator (128, 132, 140) in driving engagement with a portion of the tandem axle assembly; a shift controller in communication with the controller at vehicle level and the actuator (128, 132, 140), the shift controller capable of placing the tandem axle assembly in at least a first operating condition and a second operating condition using the actuator (128, 132, 140); and a sensor (142, 143, 144, 145) in communication with the shift controller, the sensor (142, 143, 144, 145) configured to communicate information about a further operating condition of a portion of the tandem axle assembly; wherein in response to the information communicated by the sensor (142, 143, 144, 145) and an operating condition of at least one of the power source and the transmission of the driveline of the vehicle, the shift controller is configured to adjust a manner of placing the tandem axle assembly in at least one of the first operating condition and the second operating condition, the shift controller further comprising a shift strategy layer, the shift strategy layer configured to determine a modulated shift point of a dual range axle disconnect system forming a portion of the tandem axle assembly. a controller at vehicle level in communication with at least one of a power source and a transmission of a driveline of the vehicle; an actuator (128, 132, 140) in driving engagement with a portion of the tandem axle assembly; a shift controller in communication with the controller at vehicle level and the actuator (128, 132, 140), the shift controller capable of placing the tandem axle assembly in at least a first operating condition and a second operating condition using the actuator (128, 132, 140); and a sensor (142, 143, 144, 145) in communication with the shift controller, the sensor (142, 143, 144, 145) configured to communicate information about a further operating condition of a portion of the tandem axle assembly; wherein in response to the information communicated by the sensor (142, 143, 144, 145) and an operating condition of at least one of the power source and the transmission of the driveline of the vehicle, the shift controller is configured to adjust a manner of placing the tandem axle assembly in at least one of the first operating condition and the second operating condition, the shift controller further comprising a shift strategy layer, the shift strategy layer configured to determine a modulated shift point of a dual range axle disconnect system forming a portion of the tandem axle assembly.