mhurhangee/ep-ind-claims huggingface dataset:
A binder resin for toner comprising: a polyester resin which contains a constitutional unit derived from isosorbide and has a softening temperature of 120°C or lower; and a polyester resin different from the polyester resin, wherein the binder resin for toner has a hygroscopicity index of 2 or less and contains a tetrahydrofuran-insoluble matter at 5% by mass or less, wherein a ratio of the number of carbon atoms contained in a constitutional unit derived from isosorbide to the number of entire carbon atoms contained in the polyester resin is from 0.1% to 30%, wherein the hygroscopicity index is measured according to the method disclosed in the description. a polyester resin which contains a constitutional unit derived from isosorbide and has a softening temperature of 120°C or lower; and a polyester resin different from the polyester resin, wherein the binder resin for toner has a hygroscopicity index of 2 or less and contains a tetrahydrofuran-insoluble matter at 5% by mass or less, wherein a ratio of the number of carbon atoms contained in a constitutional unit derived from isosorbide to the number of entire carbon atoms contained in the polyester resin is from 0.1% to 30%, wherein the hygroscopicity index is measured according to the method disclosed in the description.
A method for controlling a delay ( τ) between a first light pulse, called pump pulse, and a second light pulse, called probe pulse, with the pump pulse, but not the probe pulse, having an intensity and/or a wavelength adapted to ionise a target, the pump pulse and the probe pulse being generated from a single light beam by means of an interferometer, the method comprising the following steps: a) directing the pump pulse and the probe pulse onto the target, while providing at least partial temporal and spatial overlapping of these pulses; b) acquiring a photoelectron spectrum derived from the target illuminated by the two pulses; c) estimating the delay from the shape of the acquired spectrum; with steps a), b) and c) being repeated for a succession of pump and probe pulses, thereby generating a temporal sequence of delay estimates; and d) actively stabilising the interferometer from said temporal sequence of delay estimates. a) directing the pump pulse and the probe pulse onto the target, while providing at least partial temporal and spatial overlapping of these pulses; b) acquiring a photoelectron spectrum derived from the target illuminated by the two pulses; c) estimating the delay from the shape of the acquired spectrum; with steps a), b) and c) being repeated for a succession of pump and probe pulses, thereby generating a temporal sequence of delay estimates; and d) actively stabilising the interferometer from said temporal sequence of delay estimates.
A preformed sanitary sealing corner, for the connection of a corner of a sanitary object to a wall corner, comprising a first wall section, a second wall section set at an angle with respect to the first section and a lower connecting section, which is arranged with a first leg below the first wall section and with a second leg below the second wall section, wherein the first wall section and the first leg on the one hand and the second wall section and the second leg on the other hand are aligned parallel to one another in each case with an offset at a stepped section and wherein the wall sections (1, 2) and the connecting section comprising a covering material, wherein stretching zones (7a, 7b) are formed at the stepped sections, at which stretching zones the covering material is interrupted at least in sections, characterised in that stretching zones (7a, 7b) are formed at the angled portion between the wall sections (1, 2), at which stretching zones the covering material is interrupted at least in sections.
A computer program comprising instructions which, when the program is executed by a computing system, cause the computing system to perform a registration method, the method comprising the steps of: receiving, from a shape sensor of an instrument (104, 200, 604), a collected set of spatial information for a distal portion (218, 618) of the instrument at a plurality of locations within a set of anatomical passageways (700, 802), wherein the collected set of spatial information is measured relative to a reference point of the instrument; receiving, from a position measuring device, a set of position information for the reference point of the instrument when the distal portion (218, 618) of the instrument is located at each of the plurality of locations, wherein the set of position information is in a surgical environment space; determining a reference set of spatial information for the distal portion (218, 618) of the instrument relative to the surgical environment space by combining the collected set of spatial information measured relative to the reference point and the set of position information for the reference point of the instrument; registering the reference set of spatial information with a set of anatomical model information; and displaying, using a display system, a rendering of said anatomical passageways (700, 802) based upon said anatomical model information and the registering. receiving, from a shape sensor of an instrument (104, 200, 604), a collected set of spatial information for a distal portion (218, 618) of the instrument at a plurality of locations within a set of anatomical passageways (700, 802), wherein the collected set of spatial information is measured relative to a reference point of the instrument; receiving, from a position measuring device, a set of position information for the reference point of the instrument when the distal portion (218, 618) of the instrument is located at each of the plurality of locations, wherein the set of position information is in a surgical environment space; determining a reference set of spatial information for the distal portion (218, 618) of the instrument relative to the surgical environment space by combining the collected set of spatial information measured relative to the reference point and the set of position information for the reference point of the instrument; registering the reference set of spatial information with a set of anatomical model information; and displaying, using a display system, a rendering of said anatomical passageways (700, 802) based upon said anatomical model information and the registering.
An engine control apparatus which is configured to perform an engine start control of automatically starting an engine mounted on a vehicle when the engine has stopped by an engine stop control of automatically stopping the engine, the engine control apparatus comprising: a start condition setting section which is configured to set an engine start condition for automatically starting the engine based on a blowoff temperature that is a temperature of air blown off from an air conditioner mounted on the vehicle at a predetermined time point if the air conditioner is being operated when the engine is automatically stopped by the engine stop control; and an engine start control section which is configured to instruct to start the engine if the engine start condition is satisfied, characterized in that, if the blowoff temperature is increased after the engine start condition is set, the start condition setting section resets the engine start condition based on the increased blowoff temperature. a start condition setting section which is configured to set an engine start condition for automatically starting the engine based on a blowoff temperature that is a temperature of air blown off from an air conditioner mounted on the vehicle at a predetermined time point if the air conditioner is being operated when the engine is automatically stopped by the engine stop control; and an engine start control section which is configured to instruct to start the engine if the engine start condition is satisfied, characterized in that, if the blowoff temperature is increased after the engine start condition is set, the start condition setting section resets the engine start condition based on the increased blowoff temperature.
A device for determining color components (R, G, B) of an image point of a Bayer matrix, comprising: a filter for determining a luminance estimate of the image point by filtering, wherein the image point is the central pixel of a (2n+1) x (2n+ 1) neighborhood and the filter matrix is a (2n+1) x (2n+1) matrix; a filter bank for filtering the Bayer matrix, wherein the image point is the central pixel of a (n+1) x (n+1) neighborhood, and wherein the filter matrices of the filter bank are (n+ 1) x (n+ 1) matrices, in order to obtain a color component estimated value (R', G', B') of the image point for each color channel; and a processor for linking the color component estimated values (R', G', B') to the luminance estimated value in order to obtain a color component (R, G, B) of the image point for each color channel, wherein the processor is further configured to accumulate the color component estimated values (R', G', B') for a further luminance estimated value and to link a difference of the luminance estimated value and the further luminance estimated value to at least one color component estimated value (R', G', B') of the image point in order to effect an image edge sharpening. a filter for determining a luminance estimate of the image point by filtering, wherein the image point is the central pixel of a (2n+1) x (2n+ 1) neighborhood and the filter matrix is a (2n+1) x (2n+1) matrix; a filter bank for filtering the Bayer matrix, wherein the image point is the central pixel of a (n+1) x (n+1) neighborhood, and wherein the filter matrices of the filter bank are (n+ 1) x (n+ 1) matrices, in order to obtain a color component estimated value (R', G', B') of the image point for each color channel; and a processor for linking the color component estimated values (R', G', B') to the luminance estimated value in order to obtain a color component (R, G, B) of the image point for each color channel, wherein the processor is further configured to accumulate the color component estimated values (R', G', B') for a further luminance estimated value and to link a difference of the luminance estimated value and the further luminance estimated value to at least one color component estimated value (R', G', B') of the image point in order to effect an image edge sharpening.
A method for guiding a voice-packet recording function, comprising: extracting behavior features from seed users in advance to obtain feature vectors of the seed users, and clustering the seed users based on the feature vectors of the seed users to obtain user clusters; extracting behavior features from the historical map usage behaviors of map users to obtain feature vectors of the map users; determining whether the map users are clustered into the existing user clusters based on the feature vectors of the map users; and identifying the map user clustered into the existing user clusters as a target user with a voice-packet recording demand; identifying a scenario where the target user uses a client terminal, and if the scenario conforms to a voice-packet recording scenario, sending first guidance information in the form of one or any combination of a text, a picture, a page component, a link for the voice-packet recording function to the client terminal, the first guidance information being for the access of a voice-packet recording page to record voices; tracking and recording a voice-packet recording state of the target user after acquiring the event of recording the voice packet by the target user on the voice-packet recording page; and sending second guidance information in the form of text information or voice information to the target user according to the voice-packet recording state of the target user. extracting behavior features from seed users in advance to obtain feature vectors of the seed users, and clustering the seed users based on the feature vectors of the seed users to obtain user clusters; extracting behavior features from the historical map usage behaviors of map users to obtain feature vectors of the map users; determining whether the map users are clustered into the existing user clusters based on the feature vectors of the map users; and identifying the map user clustered into the existing user clusters as a target user with a voice-packet recording demand; identifying a scenario where the target user uses a client terminal, and if the scenario conforms to a voice-packet recording scenario, sending first guidance information in the form of one or any combination of a text, a picture, a page component, a link for the voice-packet recording function to the client terminal, the first guidance information being for the access of a voice-packet recording page to record voices; tracking and recording a voice-packet recording state of the target user after acquiring the event of recording the voice packet by the target user on the voice-packet recording page; and sending second guidance information in the form of text information or voice information to the target user according to the voice-packet recording state of the target user.
A head mounted display,HMD, comprising: a camera unit configured to detect an external device; a display unit configured to display an augmented reality image; a gaze detection unit configured to detect a gaze of a user; and a processor configured to control the camera unit, the display unit and the gaze detection unit, wherein the processor is further configured to detect the external device, characterized in that the processor is further configured to: display the augmented reality image as a first mode, wherein the first mode is a mode in which the display position of the augmented reality image depends on a position of the external device; change the first mode to a second mode when the gaze of the user to the augmented reality image is detected in the first mode, wherein the second mode is a mode in which the display position of the augmented reality image remains fixed in the display area of the HMD or in a peripheral space of the HMD even when the position of the external device is changed; and execute a function corresponding to the augmented reality image when the augmented reality image and the external device are aligned in the second mode. a camera unit configured to detect an external device; a display unit configured to display an augmented reality image; a gaze detection unit configured to detect a gaze of a user; and a processor configured to control the camera unit, the display unit and the gaze detection unit, wherein the processor is further configured to detect the external device, characterized in that the processor is further configured to: display the augmented reality image as a first mode, wherein the first mode is a mode in which the display position of the augmented reality image depends on a position of the external device; change the first mode to a second mode when the gaze of the user to the augmented reality image is detected in the first mode, wherein the second mode is a mode in which the display position of the augmented reality image remains fixed in the display area of the HMD or in a peripheral space of the HMD even when the position of the external device is changed; and execute a function corresponding to the augmented reality image when the augmented reality image and the external device are aligned in the second mode. display the augmented reality image as a first mode, wherein the first mode is a mode in which the display position of the augmented reality image depends on a position of the external device; change the first mode to a second mode when the gaze of the user to the augmented reality image is detected in the first mode, wherein the second mode is a mode in which the display position of the augmented reality image remains fixed in the display area of the HMD or in a peripheral space of the HMD even when the position of the external device is changed; and execute a function corresponding to the augmented reality image when the augmented reality image and the external device are aligned in the second mode.
An apparatus for initiating data transfers, comprising: - a main processing unit; - a plurality of attached processing units (102A, 102B, 102C, 102D), wherein each attached processing unit includes a local memory, a decryption unit, and a memory flow controller, wherein each memory flow controller is connected directly to the respective local memory and is connected to the respective local memory via the respective decryption unit; and wherein each attached processing unit is adapted to enter a normal mode of operation or a secure mode of operation; and - a shared memory, wherein the apparatus is configured to: - initiate, by the main processing unit, data transfers between the shared memory and a given one of the attached processing units (102A, 102B, 102C, 102D) that bypass the decryption unit by using the direct connection between the local memory and the memory flow controller when the given attached processing unit is in the normal mode, and - prohibit to initiate, by the main processing unit, data transfers from the given attached processing unit to the shared memory when the given attached processing unit is in the secure mode; and - allow to initiate, by a unit external of the given attached processing unit, data transfers from the shared memory to the given attached processing unit when the given attached processing unit is in the secure mode, wherein the data transfers pass through the decryption unit, which decrypts the data transfer using a key that is substantially unique to the given attached processing unit and that is known by only authorized entities - a main processing unit; - a plurality of attached processing units (102A, 102B, 102C, 102D), wherein each attached processing unit includes a local memory, a decryption unit, and a memory flow controller, wherein each memory flow controller is connected directly to the respective local memory and is connected to the respective local memory via the respective decryption unit; and wherein each attached processing unit is adapted to enter a normal mode of operation or a secure mode of operation; and - a shared memory, wherein the apparatus is configured to: - initiate, by the main processing unit, data transfers between the shared memory and a given one of the attached processing units (102A, 102B, 102C, 102D) that bypass the decryption unit by using the direct connection between the local memory and the memory flow controller when the given attached processing unit is in the normal mode, and - prohibit to initiate, by the main processing unit, data transfers from the given attached processing unit to the shared memory when the given attached processing unit is in the secure mode; and - allow to initiate, by a unit external of the given attached processing unit, data transfers from the shared memory to the given attached processing unit when the given attached processing unit is in the secure mode, wherein the data transfers pass through the decryption unit, which decrypts the data transfer using a key that is substantially unique to the given attached processing unit and that is known by only authorized entities
A process for producing expanded polyolefin resin particles with use as a foaming agent of water contained in an aqueous dispersion medium, the process including the steps of: dispersing polyolefin resin particles together with the aqueous dispersion medium into a closed vessel; heating the polyolefin resin particles up to or above a softening temperature of the polyolefin resin particles and pressurizing the polyolefin resin particles; and releasing the polyolefin resin particles into a zone whose pressure is lower than an internal pressure of the closed vessel, the polyolefin resin particles being composed of a polyolefin resin composition comprising: polyolefin resin; polyvalent alcohol in not less than 0.05 parts by weight to not more than 2 parts by weight to 100 parts by weight of the polyolefin resin, the polyvalent alcohol having a carbon number of not less than 3 to not more than 6 and three or more hydroxyl groups; and a foam nucleating agent. polyolefin resin; polyvalent alcohol in not less than 0.05 parts by weight to not more than 2 parts by weight to 100 parts by weight of the polyolefin resin, the polyvalent alcohol having a carbon number of not less than 3 to not more than 6 and three or more hydroxyl groups; and a foam nucleating agent.
A secondary battery, comprising an electrode assembly, a case and a cap assembly; the case having an accommodating cavity, the accommodating cavity having an opening at an end of the case in an axial direction, and the electrode assembly being accommodated in the accommodating cavity; the electrode assembly comprising electrode units, and the electrode units being stacked in an axial direction of the accommodating cavity; the electrode unit being a flat structure and having two wide surfaces and two narrow surfaces, the two wide surfaces being respectively positioned at two ends of the electrode unit in the axial direction, the two narrow surfaces being respectively positioned at two ends of the electrode unit in the width direction; the narrow surface being connected with the wide surface; the cap assembly comprising a cap plate and a vent piece, the cap plate being connected with the case and positioned at a side of the electrode assembly in the axial direction;; the cap plate being provided with a through-hole, the vent piece being connected with the cap plate and covering the through-hole; the cap plate having a first inner surface at a side close to the electrode assembly, the vent piece having a second inner surface at a side close to the electrode assembly, and a distance between the first inner surface and the electrode assembly being smaller than a distance d1) between the second inner surface and the electrode assembly. the case having an accommodating cavity, the accommodating cavity having an opening at an end of the case in an axial direction, and the electrode assembly being accommodated in the accommodating cavity; the electrode assembly comprising electrode units, and the electrode units being stacked in an axial direction of the accommodating cavity; the electrode unit being a flat structure and having two wide surfaces and two narrow surfaces, the two wide surfaces being respectively positioned at two ends of the electrode unit in the axial direction, the two narrow surfaces being respectively positioned at two ends of the electrode unit in the width direction; the narrow surface being connected with the wide surface; the cap assembly comprising a cap plate and a vent piece, the cap plate being connected with the case and positioned at a side of the electrode assembly in the axial direction;; the cap plate being provided with a through-hole, the vent piece being connected with the cap plate and covering the through-hole; the cap plate having a first inner surface at a side close to the electrode assembly, the vent piece having a second inner surface at a side close to the electrode assembly, and a distance between the first inner surface and the electrode assembly being smaller than a distance d1) between the second inner surface and the electrode assembly.
Panel (11,11',11")for a body of a commercial vehicle, in particular of a heavy goods vehicle, a trailer or a semi-trailer, comprising two top layers, a core layer made of a foamed plastics material, at least one edge profile on at least one short side of the panel (11,11',11") and at least one venting device (37,37') for venting the panel (11,11',11") during the foaming of the plastics material, characterised in that the at least one venting device (37,37') has at least one flow duct which is open to the inside of the panel (11,11',11") and extends at least in part through the venting device (37,37'), and in that the venting device (37,37') has at least one air-permeable membrane which closes the at least one flow duct at least in part.