mhurhangee/patent-ind-claim-en huggingface dataset:
An indoor unit for an air conditioner, comprising: a casing ; a centrifugal fan disposed in the casing ; a heat exchanger disposed in the casing such that the centrifugal fan is surrounded by the heat exchanger on two or three sides; and a partition with which the centrifugal fan is surrounded in conjunction with the heat exchanger , the partition being connected to a first end of the heat exchanger and a second end of the heat exchanger and configured to guide air blown out by the centrifugal fan from the first end of the heat exchanger to the second end of the heat exchanger , wherein a distance (L) between the centrifugal fan and the partition at a position near the second end of the heat exchanger is longer than that at a position near the first end of the heat exchanger , a part having the second end of the heat exchanger extends beyond the first end of the heat exchanger toward a wall of the casing , characterized in that the air from the centrifugal fan is blown out through a blow-out port located on a side opposite from the partition with respect to the centrifugal fan . a casing ; a centrifugal fan disposed in the casing ; a heat exchanger disposed in the casing such that the centrifugal fan is surrounded by the heat exchanger on two or three sides; and a partition with which the centrifugal fan is surrounded in conjunction with the heat exchanger , the partition being connected to a first end of the heat exchanger and a second end of the heat exchanger and configured to guide air blown out by the centrifugal fan from the first end of the heat exchanger to the second end of the heat exchanger , wherein a distance (L) between the centrifugal fan and the partition at a position near the second end of the heat exchanger is longer than that at a position near the first end of the heat exchanger , a part having the second end of the heat exchanger extends beyond the first end of the heat exchanger toward a wall of the casing , characterized in that the air from the centrifugal fan is blown out through a blow-out port located on a side opposite from the partition with respect to the centrifugal fan .
A transparent display device comprising: a first display panel including a transmissive area (TA) and an emissive area (EA) where at least one first pixel (P1) including a plurality of subpixels for displaying an image is provided; and a second display panel including at least one second pixel (P2) overlapping the emissive area (EA) and the transmissive area (TA) of the first display panel , the second display panel is disposed on a first surface of the first display panel , wherein the first display panel comprises at least one color filter disposed corresponding to the plurality of subpixels in the emissive area (EA), characterised in that the at least one color filter extends from the emissive area (EA) to the transmissive area (TA), wherein the at least one second pixel (P2) overlaps the at least one color filter in the transmissive area (TA). a first display panel including a transmissive area (TA) and an emissive area (EA) where at least one first pixel (P1) including a plurality of subpixels for displaying an image is provided; and a second display panel including at least one second pixel (P2) overlapping the emissive area (EA) and the transmissive area (TA) of the first display panel , the second display panel is disposed on a first surface of the first display panel , wherein the first display panel comprises at least one color filter disposed corresponding to the plurality of subpixels in the emissive area (EA), characterised in that the at least one color filter extends from the emissive area (EA) to the transmissive area (TA), wherein the at least one second pixel (P2) overlaps the at least one color filter in the transmissive area (TA).
A computer-implemented method performed by a foldable computing device comprising two display devices connected via a hinge and wherein the foldable computing device is configurable in multiple postures by varying a hinge angle between the two display devices, and wherein the two display devices have respective first and second display regions , comprising: computing a score associated with a user interface (UI) component to be displayed in at least one of the first and second display regions; computing a score associated with an existing UI that will be occluded by the UI component if the UI component is displayed; performing a comparison between the score associated with the UI component to be displayed and the score associated with the existing UI that will be occluded by the UI component if displayed; selecting a rendering mode for the UI component from a plurality of rendering modes based, at least in part, on the comparison and a determined posture of the foldable computing device; and displaying the UI component in the selected rendering mode. computing a score associated with a user interface (UI) component to be displayed in at least one of the first and second display regions; computing a score associated with an existing UI that will be occluded by the UI component if the UI component is displayed; performing a comparison between the score associated with the UI component to be displayed and the score associated with the existing UI that will be occluded by the UI component if displayed; selecting a rendering mode for the UI component from a plurality of rendering modes based, at least in part, on the comparison and a determined posture of the foldable computing device; and displaying the UI component in the selected rendering mode.
A pharmaceutical formulation in solid oral dosage form comprising: (a) an inhibitor of LSD 1 which is Compound 1 di-tosylate salt of the formula: or a solvate or hydrate thereof, and (b) an organic acid. (a) an inhibitor of LSD 1 which is Compound 1 di-tosylate salt of the formula: or a solvate or hydrate thereof, and (b) an organic acid.
A method of predicting responsiveness to treatment with abiraterone and enzalutamide in a hormone-refractory prostate cancer patient, comprising: (a) performing a direct analysis comprising immunofluorescent staining and morphological characterization of nucleated cells in a blood sample obtained from the patient to identify and enumerate circulating tumor cells (CTC); (b) individually characterizing digital pathology parameters to generate a profile for each of the CTCs, wherein the parameters comprise: (i) size of the nucleus, (ii) nuclear entropy, and (iii) number of nucleoli, or size of the cytoplasm; (c) classifying individual cells into CTC subtypes; and (d) determining the absence or presence of a biomarker CTC in the CTC subtypes, wherein the biomarker CTC has the characteristics of a large nucleus, high nuclear entropy, and frequent nucleoli or large cytoplasm, wherein the presence of the biomarker CTC indicates responsiveness of the patient to abiraterone, and wherein the absence of the biomarker CTC indicates responsiveness of the patient to enzalutamide. (a) performing a direct analysis comprising immunofluorescent staining and morphological characterization of nucleated cells in a blood sample obtained from the patient to identify and enumerate circulating tumor cells (CTC); (b) individually characterizing digital pathology parameters to generate a profile for each of the CTCs, wherein the parameters comprise: (i) size of the nucleus, (ii) nuclear entropy, and (iii) number of nucleoli, or size of the cytoplasm; (i) size of the nucleus, (ii) nuclear entropy, and (iii) number of nucleoli, or size of the cytoplasm; (c) classifying individual cells into CTC subtypes; and (d) determining the absence or presence of a biomarker CTC in the CTC subtypes, wherein the biomarker CTC has the characteristics of a large nucleus, high nuclear entropy, and frequent nucleoli or large cytoplasm, wherein the presence of the biomarker CTC indicates responsiveness of the patient to abiraterone, and wherein the absence of the biomarker CTC indicates responsiveness of the patient to enzalutamide.
An image processing apparatus comprising: a projection control section adapted to: superimpose a pair of pattern images including a given pattern on subframe images of a plurality of subframe images of a frame image, wherein the directions of luminance change of the given pattern are opposite on different subframe images of the plurality of subframe images; and sequentially project each subframe image onto a projection section; a capture control section adapted to cause a capture section to capture a pair of projected subframe images on which the pattern image has been superimposed in synchronism with the projection control performed by the projection control section; and a corresponding point detection section adapted to detect corresponding points between the projected and captured images on a basis of the pattern image included in a captured image acquired as a result of capture by the capture section under control of the capture control section, characterized in that each of said plurality of subframe images correspond to a given color component of said frame image, wherein the sequential projection of the plurality of subframe images is rendered equivalent to projection of said frame image. a projection control section adapted to: superimpose a pair of pattern images including a given pattern on subframe images of a plurality of subframe images of a frame image, wherein the directions of luminance change of the given pattern are opposite on different subframe images of the plurality of subframe images; and sequentially project each subframe image onto a projection section; superimpose a pair of pattern images including a given pattern on subframe images of a plurality of subframe images of a frame image, wherein the directions of luminance change of the given pattern are opposite on different subframe images of the plurality of subframe images; and sequentially project each subframe image onto a projection section; a capture control section adapted to cause a capture section to capture a pair of projected subframe images on which the pattern image has been superimposed in synchronism with the projection control performed by the projection control section; and a corresponding point detection section adapted to detect corresponding points between the projected and captured images on a basis of the pattern image included in a captured image acquired as a result of capture by the capture section under control of the capture control section, characterized in that each of said plurality of subframe images correspond to a given color component of said frame image, wherein the sequential projection of the plurality of subframe images is rendered equivalent to projection of said frame image.
Method for processing audio objects by a client apparatus comprising: the client apparatus receiving or determining spatial listener information, the spatial listener information including one or more listener positions and/or listener orientations of one or more listeners in a three dimensional, 3D, space, the 3D space defining an audio space; the client apparatus receiving or being provided with a manifest file comprising audio object metadata, including audio object identifiers , preferably URLs and/or URIs, for identifying audio objects, said audio objects being atomic audio objects and one or more aggregated audio objects; an atomic audio object comprising audio data associated with a position in the audio space and an aggregated audio object comprising aggregated audio data of at least a part of the atomic audio objects defined in the manifest file; the client apparatus selecting one or more of the audio object identifiers on the basis of the spatial listener information, and on the basis of audio object position information defined in the manifest file, the audio object position information comprising positions in the audio space of the atomic audio objects defined in the manifest file; and, the client apparatus using the one or more selected audio object identifiers for requesting transmission of audio data and audio object metadata of the one or more selected audio objects to said client apparatus. the client apparatus receiving or determining spatial listener information, the spatial listener information including one or more listener positions and/or listener orientations of one or more listeners in a three dimensional, 3D, space, the 3D space defining an audio space; the client apparatus receiving or being provided with a manifest file comprising audio object metadata, including audio object identifiers , preferably URLs and/or URIs, for identifying audio objects, said audio objects being atomic audio objects and one or more aggregated audio objects; an atomic audio object comprising audio data associated with a position in the audio space and an aggregated audio object comprising aggregated audio data of at least a part of the atomic audio objects defined in the manifest file; the client apparatus selecting one or more of the audio object identifiers on the basis of the spatial listener information, and on the basis of audio object position information defined in the manifest file, the audio object position information comprising positions in the audio space of the atomic audio objects defined in the manifest file; and, the client apparatus using the one or more selected audio object identifiers for requesting transmission of audio data and audio object metadata of the one or more selected audio objects to said client apparatus.
Tyre comprising a polymeric composition comprising at least one block thermoplastic elastomer comprising at least one elastomer block and at least one thermoplastic block, in which each elastomer block comprises at least 70% by weight of units resulting from isoprene, with respect to the weight of said elastomer block, and said thermoplastic block comprises 65% to 80% by weight of units resulting from one or more styrenic monomers and 10% to 35% by weight of units resulting from diphenylethylene, with respect to the weight of said thermoplastic block.
A housing , comprising: a metallic substrate ; a groove defined in the substrate ; at least one hole passing through the substrate and communicating with the groove ; an antenna piece disposed in the groove and the at least one hole , and insulated from the substrate , the antenna piece comprising at least one selected from a metal, a conducting polymer, or a laser direct structuring LDS material; and an insulation layer , covering a surface of the groove and a surface of the at least one hole , disposed between the surface of groove and the antenna piece and between the surface of the at least one hole and the antenna piece , and configured to insulate the antenna piece from the substrate . a metallic substrate ; a groove defined in the substrate ; at least one hole passing through the substrate and communicating with the groove ; an antenna piece disposed in the groove and the at least one hole , and insulated from the substrate , the antenna piece comprising at least one selected from a metal, a conducting polymer, or a laser direct structuring LDS material; and an insulation layer , covering a surface of the groove and a surface of the at least one hole , disposed between the surface of groove and the antenna piece and between the surface of the at least one hole and the antenna piece , and configured to insulate the antenna piece from the substrate .
A system of session management , comprising: a processor coupled to a memory , the processor configured to execute computer-executable instructions stored in the memory that when executed cause the processor to perform the following actions: initially set a session lifetime of a session to a predetermined, random, or infinite value, the session lifetime being a length of validity for the session; generate a token that identifies the session and that is valid for the session lifetime in response to successful authentication of a user for whom the session was initiated; compute a session reputation for the session, wherein the session reputation is automatically computed based on a sign-in risk and a device risk; determine a new session lifetime based on the session reputation, wherein the new session lifetime is a new length of validity for the session; cause the token to be valid for the new session lifetime; cause a behavior of the user to be monitored during the session, wherein monitoring the behavior of the user includes at least one of: (i) employing a camera to monitor for a presence of the user or (ii) monitoring a proximity of a mobile device of the user; determine the new session lifetime of the session is expired or will expire within an upcoming time period; determine the user is still present based on the monitored behavior of the user; and based on determining the user is still present, determine the user is naturally authenticated and extend the new session lifetime of the session to enable the user to continue with the session. initially set a session lifetime of a session to a predetermined, random, or infinite value, the session lifetime being a length of validity for the session; generate a token that identifies the session and that is valid for the session lifetime in response to successful authentication of a user for whom the session was initiated; compute a session reputation for the session, wherein the session reputation is automatically computed based on a sign-in risk and a device risk; determine a new session lifetime based on the session reputation, wherein the new session lifetime is a new length of validity for the session; cause the token to be valid for the new session lifetime; cause a behavior of the user to be monitored during the session, wherein monitoring the behavior of the user includes at least one of: (i) employing a camera to monitor for a presence of the user or (ii) monitoring a proximity of a mobile device of the user; determine the new session lifetime of the session is expired or will expire within an upcoming time period; determine the user is still present based on the monitored behavior of the user; and based on determining the user is still present, determine the user is naturally authenticated and extend the new session lifetime of the session to enable the user to continue with the session.
An imaging system, comprising: a carriage including a hardening filter and first and second bowtie filters; a third bowtie filter; and a first motor coupled to the carriage and a second motor coupled to the third bowtie filter; wherein the first motor is configured to move the carriage comprising the hardening filter and the first and second bowtie filters, to selectively position the hardening filter and one of the first and second bowtie filters in a path of a radiation beam between a radiation source and an imaging subject, and wherein the second motor is configured to move the third bowtie filter into the path of the radiation beam. a carriage including a hardening filter and first and second bowtie filters; a third bowtie filter; and a first motor coupled to the carriage and a second motor coupled to the third bowtie filter; wherein the first motor is configured to move the carriage comprising the hardening filter and the first and second bowtie filters, to selectively position the hardening filter and one of the first and second bowtie filters in a path of a radiation beam between a radiation source and an imaging subject, and wherein the second motor is configured to move the third bowtie filter into the path of the radiation beam.
A method of installing a subsurface tank , comprising the steps of: - building a framework having dimensions corresponding to a required volume of the tank; - providing a foil having dimensions sufficient to cover the framework ; - covering at least the bottom and wall surfaces of the framework with said foil; - placing said framework in a hole sufficient for said framework to be contained below ground surface; characterized in that said step of building said framework comprises building said framework from a modular space frame (211-223), which is made from a lightweight rigid structure constructed from interlocking struts in a geometric triangular pattern. - building a framework having dimensions corresponding to a required volume of the tank; - providing a foil having dimensions sufficient to cover the framework ; - covering at least the bottom and wall surfaces of the framework with said foil; - placing said framework in a hole sufficient for said framework to be contained below ground surface; characterized in that said step of building said framework comprises building said framework from a modular space frame (211-223), which is made from a lightweight rigid structure constructed from interlocking struts in a geometric triangular pattern.
An emergency luminaire having • at least one light source, • a connection for connecting the emergency luminaire to an external power supply, • at least one rechargeable battery for emergency power supply of the light source in the event of failure of the external power supply and • means for heating the rechargeable battery , wherein the means for heating the rechargeable battery have a heater , characterized in that the rechargeable battery is arranged within a box-shaped housing , wherein the heater is mounted in the box-shaped housing and the box-shaped housing is a closed sheet metal housing , wherein the heater is mounted in the lower region of the sheet metal housing and is covered by a perforated plate or a spacer as protection against contact, wherein the protection against contact is arranged between the rechargeable battery and the heater . • at least one light source, • a connection for connecting the emergency luminaire to an external power supply, • at least one rechargeable battery for emergency power supply of the light source in the event of failure of the external power supply and • means for heating the rechargeable battery ,
A layered body which has a structure, in which two or more layers containing stabilizer-containing zirconia and a colorant are layered, and in which types and contents of the colorants contained in the layers are equal to each other, and the two or more layers have a thickness of 1 mm to 20 mm; the layered body comprising at least: a first layer containing a colorant and zirconia which has a stabilizer content of higher than or equal to 3.3 mol%; and a second layer containing a colorant and zirconia which has a stabilizer content different from that of the zirconia contained in the first layer, wherein a warp measured using a thickness gauge according to JIS B 7524:2008 is less than or equal to 0.2 mm; wherein the content of the stabilizer of the stabilizer-containing zirconia contained in the second layer is 1.5 mol% to 7.0 mol%; and a difference between the stabilizer content in the first layer and the stabilizer content in the second layer is greater than or equal to 0.2 mol%. a first layer containing a colorant and zirconia which has a stabilizer content of higher than or equal to 3.3 mol%; and a second layer containing a colorant and zirconia which has a stabilizer content different from that of the zirconia contained in the first layer, wherein a warp measured using a thickness gauge according to JIS B 7524:2008 is less than or equal to 0.2 mm; wherein the content of the stabilizer of the stabilizer-containing zirconia contained in the second layer is 1.5 mol% to 7.0 mol%; and a difference between the stabilizer content in the first layer and the stabilizer content in the second layer is greater than or equal to 0.2 mol%.