mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a display ; a fingerprint sensor disposed under a part of a display area of the display; and a processor configured to: identify content including first and second user selectable objects to be displayed on the display at first and second predetermined positions within the content, when the first user selectable object is not associated with acquisition of fingerprint information, display the first user selectable object at the first predetermined position , and in response to a determination that the second user selectable object within the content is associated with the acquisition of the fingerprint information, display the second user selectable object by moving from the second predetermined position to a position at which the fingerprint sensor is disposed . a display ; a fingerprint sensor disposed under a part of a display area of the display; and a processor configured to: identify content including first and second user selectable objects to be displayed on the display at first and second predetermined positions within the content, when the first user selectable object is not associated with acquisition of fingerprint information, display the first user selectable object at the first predetermined position , and in response to a determination that the second user selectable object within the content is associated with the acquisition of the fingerprint information, display the second user selectable object by moving from the second predetermined position to a position at which the fingerprint sensor is disposed . identify content including first and second user selectable objects to be displayed on the display at first and second predetermined positions within the content, when the first user selectable object is not associated with acquisition of fingerprint information, display the first user selectable object at the first predetermined position , and in response to a determination that the second user selectable object within the content is associated with the acquisition of the fingerprint information, display the second user selectable object by moving from the second predetermined position to a position at which the fingerprint sensor is disposed .
A through-hole electrode substrate (100; 200; 300; 400) comprising: a glass substrate (102; 202; 302; 402) including a through-hole (104; 204; 304; 404) extending from a first aperture (104a; 204a; 304a; 404a) of a first surface (102a; 202a; 302a; 402a) to a second aperture (104b; 204b; 304b; 404b) of a second surface (102b; 202b; 302b; 402b), an area of the second aperture (104b; 204b; 304b; 404b) being larger than that of the first aperture (104a; 204a; 304a; 404a), the through-hole (104; 204; 304; 404) having a minimum aperture part (104c; 204c; 304c; 404c) between the first aperture (104a; 204a; 304a; 404a) and the second aperture (104b; 204b; 304b; 404b), wherein an area of the minimum aperture part (104c; 204c; 304c; 404c) in a planar view is smallest among a plurality of areas of the through-hole (104; 204; 304; 404) in a planar view; a filler (105; 205; 305; 405) arranged within the through-hole (104; 204; 304; 404); wherein at least a part of a side wall of the through-hole (104; 204; 304; 404) in a cross-sectional view includes a curve having an inflection point (104d; 204d; 304d; 404d), wherein the curve has the inflection point (104d; 204d; 304d; 404d) between the second aperture (104b; 204b; 304b; 404b) and the minimum aperture part (104c; 204c; 304c; 404c), and wherein the through-hole electrode substrate (100; 200; 300; 400) further comprises at least one gas discharge member (106, 108; 206, 208; 306, 308; 406, 408) contacting the filler (105; 205; 305; 405) exposed to one of the first surface (102a; 202a; 302a; 402a) and the second surface (102b; 202b; 302b; 402b). a glass substrate (102; 202; 302; 402) including a through-hole (104; 204; 304; 404) extending from a first aperture (104a; 204a; 304a; 404a) of a first surface (102a; 202a; 302a; 402a) to a second aperture (104b; 204b; 304b; 404b) of a second surface (102b; 202b; 302b; 402b), an area of the second aperture (104b; 204b; 304b; 404b) being larger than that of the first aperture (104a; 204a; 304a; 404a), the through-hole (104; 204; 304; 404) having a minimum aperture part (104c; 204c; 304c; 404c) between the first aperture (104a; 204a; 304a; 404a) and the second aperture (104b; 204b; 304b; 404b), wherein an area of the minimum aperture part (104c; 204c; 304c; 404c) in a planar view is smallest among a plurality of areas of the through-hole (104; 204; 304; 404) in a planar view; a filler (105; 205; 305; 405) arranged within the through-hole (104; 204; 304; 404); wherein at least a part of a side wall of the through-hole (104; 204; 304; 404) in a cross-sectional view includes a curve having an inflection point (104d; 204d; 304d; 404d), wherein the curve has the inflection point (104d; 204d; 304d; 404d) between the second aperture (104b; 204b; 304b; 404b) and the minimum aperture part (104c; 204c; 304c; 404c), and wherein the through-hole electrode substrate (100; 200; 300; 400) further comprises at least one gas discharge member (106, 108; 206, 208; 306, 308; 406, 408) contacting the filler (105; 205; 305; 405) exposed to one of the first surface (102a; 202a; 302a; 402a) and the second surface (102b; 202b; 302b; 402b).
Three-point hitch for an agricultural tractor, comprising a hydraulically actuatable lifting arm , a lower link which is configured to be vertically pivotable and a lifting strut which is arranged therebetween for transmitting to the lower link a pivoting movement performed on the lifting arm , wherein the lifting strut has a first fastening portion which is articulated to the lifting arm and a second fastening portion which is articulated to the lower link and which has first and second fastening segments which encompass the lower link in a fork-shaped manner, characterized in that a bearing pin running between the two fastening segments extends through a slot formed in the lower link such that by pivoting the lower link the bearing pin is displaced inside the slot between a first working position and a second working position and in each case may be secured therein by means of a blocking arrangement .
A speaker system disposed in a portion of a vehicle seat, the speaker system comprising an acoustic channel and a grill mount , the grill mount comprising: an attachment surface configured to allow the grill mount to be attached to an outer layer of the vehicle seat, the outer layer disposed around at least a portion of a periphery of an external opening of the acoustic channel ; and an engagement structure that is configured to engage a portion of a speaker grill-assembly in a mating configuration such that the speaker grill-assembly is removable from the engagement structure following engagement, wherein the grill mount extends, at least in part, around the periphery of the acoustic channel . an attachment surface configured to allow the grill mount to be attached to an outer layer of the vehicle seat, the outer layer disposed around at least a portion of a periphery of an external opening of the acoustic channel ; and an engagement structure that is configured to engage a portion of a speaker grill-assembly in a mating configuration such that the speaker grill-assembly is removable from the engagement structure following engagement, wherein the grill mount extends, at least in part, around the periphery of the acoustic channel .
An electrical stimulation controlling device , comprising: a receiving circuit , configured to receive an ictal neural signal (ES) from a detector , which is a signal obtained by the detector when a seizure onset has been occurring; and a controller , coupled to the receiving circuit and a stimulator , and configured to: determine a time point to start an electrical stimulation according to the ictal neural signal (ES) after the seizure onset has been determined; and generate and transmit a control signal (CS) to the stimulator for providing the electrical stimulation according to the determined time point. a receiving circuit , configured to receive an ictal neural signal (ES) from a detector , which is a signal obtained by the detector when a seizure onset has been occurring; and a controller , coupled to the receiving circuit and a stimulator , and configured to: determine a time point to start an electrical stimulation according to the ictal neural signal (ES) after the seizure onset has been determined; and generate and transmit a control signal (CS) to the stimulator for providing the electrical stimulation according to the determined time point. determine a time point to start an electrical stimulation according to the ictal neural signal (ES) after the seizure onset has been determined; and generate and transmit a control signal (CS) to the stimulator for providing the electrical stimulation according to the determined time point.
An under-sleeper pad for arranging on an underside of a railway sleeper made of concrete, wherein the under-sleeper pad has at least one elastomer layer and at least one connecting layer , wherein the connecting layer has a first layer , formed of first threads , and a second layer , formed of second threads , wherein the first layer and the second layer are formed spaced apart from each other and are connected together by means of connecting threads , and the first layer of the connecting layer is glued onto a surface of the elastomer layer and the first layer has openings encompassed by the first threads of the first layer and the second layer has openings encompassed by the second threads of the second layer , characterised in that a proportion by area of the first threads in the first layer is greater than a proportion by area of the second threads in the second layer .
An engine device comprising: an engine ; an exhaust gas purification device for purifying exhaust gas from the engine ; and electric parts (44, 51-53) which detect a state of the exhaust gas purification device , wherein the electric parts (44, 51-53) are arranged in the periphery of the exhaust gas purification device along the longitudinal direction extending from the exhaust gas purification device , wherein the exhaust gas purification device is connected to an exhaust manifold provided on one side surface of the engine via an exhaust gas introduction portion, wherein the electric parts (44, 51-53) are arranged at a position which is located at an outer side of the surface plane of an end surface of an exhaust gas purification case and on a side that is not facing the engine , characterized in that a part of the electric parts (44, 51-53) is a wiring connector (51-53) which is electrically connected to a temperature sensor attached to the exhaust gas purification device , and an intermediate portion of a wiring connecting the temperature sensor and the wiring connector (51-53) is fixed to a flange in the exhaust gas purification case . an engine ; an exhaust gas purification device for purifying exhaust gas from the engine ; and electric parts (44, 51-53) which detect a state of the exhaust gas purification device , wherein the electric parts (44, 51-53) are arranged in the periphery of the exhaust gas purification device along the longitudinal direction extending from the exhaust gas purification device , wherein the exhaust gas purification device is connected to an exhaust manifold provided on one side surface of the engine via an exhaust gas introduction portion, wherein the electric parts (44, 51-53) are arranged at a position which is located at an outer side of the surface plane of an end surface of an exhaust gas purification case and on a side that is not facing the engine , characterized in that a part of the electric parts (44, 51-53) is a wiring connector (51-53) which is electrically connected to a temperature sensor attached to the exhaust gas purification device , and an intermediate portion of a wiring connecting the temperature sensor and the wiring connector (51-53) is fixed to a flange in the exhaust gas purification case .
Rubber composition based on at least a diene elastomer, a reinforcing filler comprising an inorganic reinforcing filler and a 1,3-dipolar compound defined according to any one of Claims 1 to 12, said composition comprising a crosslinking system, the 1,3-dipolar compound comprising a phosphorus-containing group of formula (I) and a dipole containing a nitrogen atom . OP(O)(OR')(OR") (I) R' and R", which may be identical or different, representing a hydrogen or a carbon-containing group.
A lamp head assembly comprising: a thermally conductive block; an inlet cooling fluid pipe coupled to the thermally conductive block such that a cooling fluid is configured to pass from the inlet cooling fluid pipe to the thermally conductive block; a metal heat exchanger secured to the thermally conductive block, the metal heat exchanger defining a plurality of internal channels to distribute cooling fluid provided by the inlet cooling fluid pipe, the metal heat exchanger being secured to the thermally conductive block such that the cooling fluid is configured to pass from the thermally conductive block to the plurality of internal channels defined by the metal heat exchanger; and a plurality of light producing elements secured to the metal heat exchanger; wherein an electrically continuous ground path is established between each of the inlet cooling fluid pipe, the thermally conductive block, and the metal heat exchanger; and wherein the electrically continuous ground path is configured to provide a ground path for electrical components of the lamp head assembly, the electrical components including a plurality of driver circuits providing electrical current to energize the plurality of light producing elements. a thermally conductive block; an inlet cooling fluid pipe coupled to the thermally conductive block such that a cooling fluid is configured to pass from the inlet cooling fluid pipe to the thermally conductive block; a metal heat exchanger secured to the thermally conductive block, the metal heat exchanger defining a plurality of internal channels to distribute cooling fluid provided by the inlet cooling fluid pipe, the metal heat exchanger being secured to the thermally conductive block such that the cooling fluid is configured to pass from the thermally conductive block to the plurality of internal channels defined by the metal heat exchanger; and a plurality of light producing elements secured to the metal heat exchanger; wherein an electrically continuous ground path is established between each of the inlet cooling fluid pipe, the thermally conductive block, and the metal heat exchanger; and wherein the electrically continuous ground path is configured to provide a ground path for electrical components of the lamp head assembly, the electrical components including a plurality of driver circuits providing electrical current to energize the plurality of light producing elements.
An apparatus for a vehicle having an electric propulsion motor and energy storage means for powering the motor, the apparatus characterized by being configured to generate, upon detecting the presence of a portable user identification device , an audible sonic signature audible from outside the vehicle in dependence on a result of a determination whether the vehicle is connected to a charging facility for charging the energy storage means .
An implant with an implant body made of magnesium or magnesium alloy, in which the implant body has a macrostructure, and in which the macrostructure has the form of channels, characterized in that a surface of the implant is microstructured, whereby the surface has a calcium phosphate layer and/or an oxide layer, and/or whereby the surface is treated through anodization, through which an oxide layer with a regular or irregular surface structure that has pores arises, and/or whereby the macrostructuring of the channels is produced in the form of a three-dimensional interconnecting channel structure by means of selective laser melting (SLM).
A method for validating a configured instance of a system in a production environment using test cases selected from a test suite , which has validated a first configured instance of the system in a development environment, the method comprising: forming a reduced set of requirements in response to a change in environments by removing one or more requirements from a set of requirements against which the first configured instance is validated, wherein the removed one or more requirements include at least one or more environment agnostic requirements which are independent of the environments, and wherein the removing is based on at least a classification of configuration parameters of the system with respect to dependency of the environments and is further based on a first relation between the set of requirements and the configuration parameters; forming a reduced test suite by selecting, from the test suite, the test cases that test the system against each requirement in the reduced set of requirements; and applying the reduced test suite to a second configured instance of the system to thereby validate that the system operates in compliance with the set of requirements in the production environment. forming a reduced set of requirements in response to a change in environments by removing one or more requirements from a set of requirements against which the first configured instance is validated, wherein the removed one or more requirements include at least one or more environment agnostic requirements which are independent of the environments, and wherein the removing is based on at least a classification of configuration parameters of the system with respect to dependency of the environments and is further based on a first relation between the set of requirements and the configuration parameters; forming a reduced test suite by selecting, from the test suite, the test cases that test the system against each requirement in the reduced set of requirements; and applying the reduced test suite to a second configured instance of the system to thereby validate that the system operates in compliance with the set of requirements in the production environment.
Refrigeration and/or freezer device having a body , in which there is a refrigerated interior, and having a door , with which the refrigerated interior can be closed, wherein the door has an intermediate frame which is attached to the body by means of a hinge so as to pivot around a first pivot axis, and the door has an exterior door which is fastened to the intermediate frame by a further hinge so as to pivot around a second pivot axis, wherein the first and the second pivot axis do not coincide, characterised in that locking means are provided, which in the locked state secure the hinge of the exterior door and hence also the intermediate frame to the body , such that the intermediate frame is no longer pivotable relative to the body , and which in the unlocked state permit a pivoting movement of the intermediate frame relative to the body , and wherein the exterior door has a frame and a glass, plastic or other pane arranged therein.
A non-transitory storage medium storing instructions executable by an electronic data processing device to perform a method including: identifying a magnetic resonance imaging sequence, the imaging sequence being defined by an imaging protocol and parameter values for a set of parameters of the imaging protocol; computing a set of contrast signal scores for a set of contrast types, the set of contrast types including at least T1 weighted contrast and T2 weighted contrast, a respective contrast signal score assessing a strength of the respective contrast type for the magnetic resonance imaging sequence, each contrast signal score being computed using a scoring equation, wherein the scoring equation is: score p = ∂ S p ∂ p ⋅ p S p where score ( p ) is the contrast signal score for the contrast type to be scored and S(p) denotes the signal generated by the magnetic resonance imaging sequence as a function of a characteristic p whose variation gives rise to the contrast type to be scored for a tissue type, wherein the characteristic p is any one of the following: a T1 relaxation time, a T2 relaxation time, a T2* relaxation time, a blood velocity, and an exogenous contrast agent concentration; and determining a dominant contrast type among the set of contrast types for the magnetic resonance imaging sequence based on the computed contrast signal score using a series of threshold numbers. identifying a magnetic resonance imaging sequence, the imaging sequence being defined by an imaging protocol and parameter values for a set of parameters of the imaging protocol; computing a set of contrast signal scores for a set of contrast types, the set of contrast types including at least T1 weighted contrast and T2 weighted contrast, a respective contrast signal score assessing a strength of the respective contrast type for the magnetic resonance imaging sequence, each contrast signal score being computed using a scoring equation, wherein the scoring equation is: score p = ∂ S p ∂ p ⋅ p S p where score ( p ) is the contrast signal score for the contrast type to be scored and S(p) denotes the signal generated by the magnetic resonance imaging sequence as a function of a characteristic p whose variation gives rise to the contrast type to be scored for a tissue type, wherein the characteristic p is any one of the following: a T1 relaxation time, a T2 relaxation time, a T2* relaxation time, a blood velocity, and an exogenous contrast agent concentration; and determining a dominant contrast type among the set of contrast types for the magnetic resonance imaging sequence based on the computed contrast signal score using a series of threshold numbers.
Use of a polyether polyol comprising a latent aldehyde content of at least 50 ppm, and/or a polyether polyol obtainable from ring opening polymerization of alkylene oxide comprising a free aldehyde content of at least 200 ppm, in the preparation of a flexible polyurethane foam for the purpose of affecting a compression set of the resulting foam.
A process for purifying silicon comprising at least steps consisting in: a) providing a container containing molten silicon , the container having a longitudinal axis (X) and the molten silicon defining on the side opposite the bottom of the container a free surface ; b) imposing on the molten silicon conditions that promote its solidification, the propagation speed of the solidification front of the silicon, time averaged over the duration of step b) and measured along the longitudinal axis (X) of the container , being higher than or equal to 5 μm/s and preferably 10 μm/s, said process being characterized in that at least one stirring system imposes, throughout all or part of step b), a flow of molten silicon of Reynolds number comprised between 3×10 4 and 3×10 6 and preferably between 1×10 5 and 1×10 6 . a) providing a container containing molten silicon , the container having a longitudinal axis (X) and the molten silicon defining on the side opposite the bottom of the container a free surface ; b) imposing on the molten silicon conditions that promote its solidification, the propagation speed of the solidification front of the silicon, time averaged over the duration of step b) and measured along the longitudinal axis (X) of the container , being higher than or equal to 5 μm/s and preferably 10 μm/s,