mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger, comprising: a first header; a second header; and a plurality of fins each disposed between adjacent tubes, wherein the heat exchanger has a bent portion between the first and second headers (1, 2) such that the heat exchanger is divided into first and second heat exchanger portions which are located at two sides of the bent portion, respectively, and wherein a heat transfer coefficient of the second heat exchanger portion is greater than that of the first heat exchanger portion, wherein each fin is divided into a first fin portion in the first heat exchanger portion and a second fin portion in the second heat exchanger portion, and a heat transfer coefficient of the second fin portions is greater than that of the first fin portions, characterized in that the heat exchanger comprises a plurality of tubes spaced apart from each other and each connected between the first and second headers (1, 2) in fluid communication therewith; wherein each of the first and second fin portions (4a, 4b) is formed with louvers, in which a louver angle of the louvers in each second fin portion is greater than that of the louvers in each first fin portion, and/or each of the first and second fin portions is formed with louvers, in which a louver length (Lh) of the louvers in each second fin portion is greater than that of the louvers in each first fin portion. a first header; a second header; and a plurality of fins each disposed between adjacent tubes, wherein the heat exchanger has a bent portion between the first and second headers (1, 2) such that the heat exchanger is divided into first and second heat exchanger portions which are located at two sides of the bent portion, respectively, and wherein a heat transfer coefficient of the second heat exchanger portion is greater than that of the first heat exchanger portion, wherein each fin is divided into a first fin portion in the first heat exchanger portion and a second fin portion in the second heat exchanger portion, and a heat transfer coefficient of the second fin portions is greater than that of the first fin portions, characterized in that the heat exchanger comprises a plurality of tubes spaced apart from each other and each connected between the first and second headers (1, 2) in fluid communication therewith; wherein each of the first and second fin portions (4a, 4b) is formed with louvers, in which a louver angle of the louvers in each second fin portion is greater than that of the louvers in each first fin portion, and/or each of the first and second fin portions is formed with louvers, in which a louver length (Lh) of the louvers in each second fin portion is greater than that of the louvers in each first fin portion.
A generic bootstrapping architecture method, said method comprising: authenticating a client to a bootstrapping server and establishing a shared key between said client and said bootstrapping server; using a password-based digest access authentication procedure for said authentication; generating a bootstrapped key based on at least one fresh parameter not used in a previous protocol run between said client and said server, characterized in that the method comprises securing said authentication procedure by using a key derivation function that calculates a modified digest response parameter using the user password and a digest response parameter as input values. authenticating a client to a bootstrapping server and establishing a shared key between said client and said bootstrapping server; using a password-based digest access authentication procedure for said authentication; generating a bootstrapped key based on at least one fresh parameter not used in a previous protocol run between said client and said server, characterized in that the method comprises securing said authentication procedure by using a key derivation function that calculates a modified digest response parameter using the user password and a digest response parameter as input values.
Combination with synergistic antithrombotic effect comprising A) 5-chloro- N -({(5 S)-2-oxo-3-[4-(3-oxo-4-morpholinyl)phenyl]-1,3-oxazolidin-5-yl}methyl)-2-thiophenecarboxamide of the formula B) acetylsalicylic acid and C) clopidogrel. A) 5-chloro- N -({(5 S)-2-oxo-3-[4-(3-oxo-4-morpholinyl)phenyl]-1,3-oxazolidin-5-yl}methyl)-2-thiophenecarboxamide of the formula B) acetylsalicylic acid and C) clopidogrel.
A method for transmitting data of an exchangeable lens having a plurality of drive target members (210b, 210c, 211), drive conditions of which change as a drive force is applied thereto, the method comprising: executing initialization processing of at least one drive target member; receiving an instruction for initialization status request from a camera body to which the exchangeable lens is attached via a first transmission path; transmitting first data to the camera body via the first transmission path, the first data indicating that the initialization processing of at least one of the drive target members is complete, receiving, after transmitting the first data to the camera body, a drive instruction for the at least one drive target member, the initialization processing of which is complete, via the first transmission path, regardless of whether or not initialization processing of at least one other drive target member of the plurality of drive target members is complete, and transmitting, after transmitting the first data to the camera body, second data indicating drive conditions of the at least one drive target member, the initialization processing of which is complete, via a second transmission path different from the first transmission path. executing initialization processing of at least one drive target member; receiving an instruction for initialization status request from a camera body to which the exchangeable lens is attached via a first transmission path; transmitting first data to the camera body via the first transmission path, the first data indicating that the initialization processing of at least one of the drive target members is complete, receiving, after transmitting the first data to the camera body, a drive instruction for the at least one drive target member, the initialization processing of which is complete, via the first transmission path, regardless of whether or not initialization processing of at least one other drive target member of the plurality of drive target members is complete, and transmitting, after transmitting the first data to the camera body, second data indicating drive conditions of the at least one drive target member, the initialization processing of which is complete, via a second transmission path different from the first transmission path.
An impact tool with an impact mechanism housing having a receiving bore in which an impact piston is mounted such that it is movable along the longitudinal axis, wherein at least one impact mechanism guide surface (34, 36) having an inner diameter is formed in the receiving bore and at least one impact piston guide surface (30, 31) having an outer diameter is formed on the impact piston, wherein the impact mechanism guide surface (34, 36) has in the axial direction at least in regions an inner diameter that increases non-linearly, characterized in that the non-linear increase in the inner diameter of the guide impact mechanism guide surface (34, 36) is parabolic in design.
Treatment process for hot rolling stock made of metal, the rolling stock being rolled in at least one roll stand and then cooled in a cooling section arranged downstream of the at least one roll stand, characterized in that sound generated by means of a sound generator arrangement is coupled into the rolling stock by means of a coupling device, so that a standing sound wave is formed at least in the region of the rolling stock that is located in the vicinity of the coupling device.
A flexible display device, comprising: a first substrate defining a display region having a pixel array therein and a non-display region outside of the display region; a second substrate disposed on the first substrate to cover the pixel array; at least one circuit unit attached to the first substrate with an extension portion protruding outwardly from an edge of the first substrate; and a first protective film below the first substrate and overlapping at least part of the extension portion of the circuit unit wherein one edge of the first protective film includes concave portions and convex portions, wherein the convex portions overlap at least part of the extension portion of the circuit unit, characterized in that an edge of the first protective film along the concave portion does not protrude beyond the edge of the first substrate, and the concave portion does not extend beyond a side of the circuit unit. a first substrate defining a display region having a pixel array therein and a non-display region outside of the display region; a second substrate disposed on the first substrate to cover the pixel array; at least one circuit unit attached to the first substrate with an extension portion protruding outwardly from an edge of the first substrate; and a first protective film below the first substrate and overlapping at least part of the extension portion of the circuit unit wherein one edge of the first protective film includes concave portions and convex portions, wherein the convex portions overlap at least part of the extension portion of the circuit unit, characterized in that an edge of the first protective film along the concave portion does not protrude beyond the edge of the first substrate, and the concave portion does not extend beyond a side of the circuit unit.
A dishwasher comprising: a tub that defines a dish washing space therein; a sump which contains washing water supplied into the tub; a spray module which sprays washing water to the dish washing space; a pump which supplies the washing water stored in the sump to the spray module; characterized by an air jet generator configured to receive, through a flow path branched from the pump, a part of the washing water supplied from the pump to the spray module, and to generate air bubbles in the washing water to supply the washing water including the air bubbles into the tub, and a discharge module configured to receive the washing water containing the air bubbles from the air jet generator and to discharge the washing water containing the air bubbles into the tub, wherein the air jet generator comprises: an impeller which applies centrifugal force to the washing water that flows; a decompression portion which decreases a pressure of the washing water that passed through the impeller; an air suction portion which injects air into the decompression portion; a pressing portion which increases pressure so as to crush the air introduced from the air suction portion; and an air tap which has a plurality of holes so as to crush the air contained in washing water that passed through the pressing portion. a tub that defines a dish washing space therein; a sump which contains washing water supplied into the tub; a spray module which sprays washing water to the dish washing space; a pump which supplies the washing water stored in the sump to the spray module; characterized by an air jet generator configured to receive, through a flow path branched from the pump, a part of the washing water supplied from the pump to the spray module, and to generate air bubbles in the washing water to supply the washing water including the air bubbles into the tub, and a discharge module configured to receive the washing water containing the air bubbles from the air jet generator and to discharge the washing water containing the air bubbles into the tub, wherein the air jet generator comprises: an impeller which applies centrifugal force to the washing water that flows; a decompression portion which decreases a pressure of the washing water that passed through the impeller; an air suction portion which injects air into the decompression portion; a pressing portion which increases pressure so as to crush the air introduced from the air suction portion; and an air tap which has a plurality of holes so as to crush the air contained in washing water that passed through the pressing portion. an impeller which applies centrifugal force to the washing water that flows; a decompression portion which decreases a pressure of the washing water that passed through the impeller; an air suction portion which injects air into the decompression portion; a pressing portion which increases pressure so as to crush the air introduced from the air suction portion; and an air tap which has a plurality of holes so as to crush the air contained in washing water that passed through the pressing portion.
A profile element (01, 14, 22) for mounting a sun protection device or for being mounted on a sun protection device, the profile element (01, 14, 22) being indirectly or directly connected in a load transmitting manner to the sun protection device, and the profile element (01, 14, 22) having a neutral bending fibre which runs parallel to the longitudinal axis of the profile element (01, 14, 22), characterised in that a pressure rod (06, 16, 25), which runs, at least partially, outside the neutral bending fibre of the profile element (01, 14, 22), is provided on the profile element (01, 14, 22), a profile section (03, 19, 24), which accommodates the pressure rod (06, 16, 25), being provided in the profile element (01, 14, 22) outside the neutral bending fibre, and the pressure rod (06, 16, 25) being clamped under pressure between two end pieces (07, 08, 18, 26) mounted on the profile element (01, 14, 22).
A MRI-guided interventional deep brain system, comprising: an MRI Scanner; a clinician workstation with a circuit and a display, the workstation in communication with the MRI Scanner; a flexible patch with a grid thereon configured to releasably attach to a patient's skull; and a trajectory guide attachable to a skull of a patient, the guide having a base with an aperture configured to reside over a burr hole formed in a patient's skull, the base aperture providing a mechanical center of rotation for a pivot axis associated with the trajectory guide, the trajectory guide having a plurality of spaced apart fiducial markers; wherein the circuit comprises physical data regarding the patch and is configured to interrogate patient imaging data provided by the MRI Scanner and segment the image data to find the grid and define a burr hole location that intersects the grid with a desired intrabrain trajectory, and wherein the circuit comprises tool-specific data of the trajectory guide and is configured to interrogate further patient imaging data provided by the MRI Scanner and interactively generate visualizations of the patient's brain and the trajectory guide to the display. an MRI Scanner; a clinician workstation with a circuit and a display, the workstation in communication with the MRI Scanner; a flexible patch with a grid thereon configured to releasably attach to a patient's skull; and a trajectory guide attachable to a skull of a patient, the guide having a base with an aperture configured to reside over a burr hole formed in a patient's skull, the base aperture providing a mechanical center of rotation for a pivot axis associated with the trajectory guide, the trajectory guide having a plurality of spaced apart fiducial markers;
An image processing device that processes an image captured by a camera, the image processing device comprising: first and second cameras (50, 60) that capture images (P1, P2) of an object to be captured; and a computing device that performs first processing on the images (P1, P2) captured by the first and second cameras (50, 60) and outputs a result of the first processing, wherein the computing device generates a parallax image from the image captured by the first camera and the image captured by the second camera as the first processing to calculate a first distance to the object in the image, the computing device acquires a temperature difference between a first temperature of the first camera and a second temperature of the second camera, the computing device outputs the result if the temperature difference falls within a reference range, and the computing device performs second processing different from the first processing, instead of or together with the outputting of the result if the temperature difference does not fall within the reference range, characterised in that: the computing device acquires a second distance to the object from a distance measurement device, and the computing device calculates the temperature difference in accordance with a difference between the first distance and the second distance. first and second cameras (50, 60) that capture images (P1, P2) of an object to be captured; and a computing device that performs first processing on the images (P1, P2) captured by the first and second cameras (50, 60) and outputs a result of the first processing, wherein the computing device generates a parallax image from the image captured by the first camera and the image captured by the second camera as the first processing to calculate a first distance to the object in the image, the computing device acquires a temperature difference between a first temperature of the first camera and a second temperature of the second camera, the computing device outputs the result if the temperature difference falls within a reference range, and the computing device performs second processing different from the first processing, instead of or together with the outputting of the result if the temperature difference does not fall within the reference range, characterised in that: the computing device acquires a second distance to the object from a distance measurement device, and the computing device calculates the temperature difference in accordance with a difference between the first distance and the second distance. the computing device acquires a second distance to the object from a distance measurement device, and the computing device calculates the temperature difference in accordance with a difference between the first distance and the second distance.
An electrolytic cathode structure in which a metal elastic cushion member is compressed and accommodated between an activated cathode and a cathode current collector, characterized in that at least a surface layer of the cathode current collector is made of an active material which consumes a larger oxidation current per unit area than the activated cathode, wherein at least the surface layer of the cathode current collector is made of a metal selected from a group consisting of Raney nickel, Raney nickel alloy, activated carbon-nickel composite plating and hydrogen absorbing alloy-based dispersion plating, and wherein the activated cathode is a pyrolytic activated cathode selected from a group consisting of Ru-La-Pt based, Ru-Ce based, Pt-Ce based and Pt-Ni based cathodes.
A position sensor arrangement (300, 400) comprising: a transformer based position sensor (310, 410); a signal processing system (332, 432) connected to a plurality of outputs (322, 324, 422, 424) from said transformer based position sensor; and a first cable peaking correction apparatus (340, 440) controllably coupled to said signal processing system (332, 432), wherein said first cable peaking correction apparatus (340, 440) is a variable frequency excitation source coupled to an input of said transformer based position sensor; wherein said signal processing system is operable to control an excitation frequency of said variable frequency excitation source, and wherein said variable frequency excitation source is connected to said transformer based position sensor such that said variable frequency excitation source provides an excitation current for said transformer based position sensor; and wherein said signal processing system is configured to cause said variable frequency excitation source to operate at multiple different excitation frequencies when said position sensor arrangement is initialized and to select one of said excitation frequencies that results in a least amount of error in a reading from said transformer based position sensor using said signal processing system.. a transformer based position sensor (310, 410); a signal processing system (332, 432) connected to a plurality of outputs (322, 324, 422, 424) from said transformer based position sensor; and a first cable peaking correction apparatus (340, 440) controllably coupled to said signal processing system (332, 432), wherein said first cable peaking correction apparatus (340, 440) is a variable frequency excitation source coupled to an input of said transformer based position sensor; wherein said signal processing system is operable to control an excitation frequency of said variable frequency excitation source, and wherein said variable frequency excitation source is connected to said transformer based position sensor such that said variable frequency excitation source provides an excitation current for said transformer based position sensor; and wherein said signal processing system is configured to cause said variable frequency excitation source to operate at multiple different excitation frequencies when said position sensor arrangement is initialized and to select one of said excitation frequencies that results in a least amount of error in a reading from said transformer based position sensor using said signal processing system..
A vehicle, comprising: a suspension that supports a front wheel thereon; and a road surface state decision unit that decides a road surface state by detection of a sensor, wherein the sensor is provided at a lower portion of the suspension and is capable of detecting an acceleration at least in a one-axis direction, the suspension is a front fork that supports the front wheel of the vehicle that is a saddle riding vehicle, the front fork includes a bottom case that connects a lower portion of the front fork and an axle of the front wheel to each other, and the sensor is attached to the bottom case, characterized in that a brake caliper attachment hole to which a brake caliper for braking the wheel is attached is provided in the bottom case, and the sensor is fastened to the brake caliper attachment hole together with the brake caliper, and the sensor is disposed between the axle of the wheel and the brake caliper as viewed in side elevation of the vehicle. a suspension that supports a front wheel thereon; and a road surface state decision unit that decides a road surface state by detection of a sensor, wherein the sensor is provided at a lower portion of the suspension and is capable of detecting an acceleration at least in a one-axis direction, the suspension is a front fork that supports the front wheel of the vehicle that is a saddle riding vehicle, the front fork includes a bottom case that connects a lower portion of the front fork and an axle of the front wheel to each other, and the sensor is attached to the bottom case, characterized in that a brake caliper attachment hole to which a brake caliper for braking the wheel is attached is provided in the bottom case, and the sensor is fastened to the brake caliper attachment hole together with the brake caliper, and the sensor is disposed between the axle of the wheel and the brake caliper as viewed in side elevation of the vehicle.