mhurhangee/ep-ind-claims huggingface dataset:
An image generation system comprising: an image information acquisition section that acquires image information from an image sensor, the image information from the image sensor including depth information; a motion information acquisition section that acquires motion information about an operator based on the image information from the image sensor; a correction section that performs a correction process on the motion information based on aspect ratio information that indicates a relationship between an aspect ratio of the image sensor and an aspect ratio of a display section; an object control section that controls an object displayed on a screen that moves or makes a motion based on a motion of the operator, the correction section performing the correction process on a movement or a motion of the object based on the aspect ratio information; and an image generation section that generates an image corresponding to a result of the correction process, characterized in that the motion information acquisition section acquires skeleton information that specifies a motion of the operator viewed from the image sensor as the motion information; and the correction section performs the correction process on position information about a bone of a skeleton indicated by the skeleton information. an image information acquisition section that acquires image information from an image sensor, the image information from the image sensor including depth information; a motion information acquisition section that acquires motion information about an operator based on the image information from the image sensor; a correction section that performs a correction process on the motion information based on aspect ratio information that indicates a relationship between an aspect ratio of the image sensor and an aspect ratio of a display section; an object control section that controls an object displayed on a screen that moves or makes a motion based on a motion of the operator, the correction section performing the correction process on a movement or a motion of the object based on the aspect ratio information; and an image generation section that generates an image corresponding to a result of the correction process, characterized in that the motion information acquisition section acquires skeleton information that specifies a motion of the operator viewed from the image sensor as the motion information; and the correction section performs the correction process on position information about a bone of a skeleton indicated by the skeleton information.
A method to allocate a flow back to a plurality of sources (22a, 23a, 24a) of a multiphase flow in an oil and/or a gas production system, in which a composition of at least one phase of each of the sources (22a, 23a, 24a) is known and associated with each source, and the flow from the sources is transported as a mixed flow in one pipeline, wherein that said method is performed on-line and comprises the steps of: - optionally measuring the flow rate of the at least one phase in the mixed flow, said measurement being made in or after the pipeline, - analyzing the composition of the at least one phase of the mixed flow, by means of a device which uses fluid samples from the mixed flow, which samples are taken in or after the pipeline, - accessing data for said measured mixed flow and said analyzed composition, and making them available to a computing device, and - if the measurement of the flow rate of the at least one phase in the mixed flow is available calculating in said computing device the flow rate of the at least one phase from each source (22a, 23a, 24a) by means of an allocation algorithm, which allocation algorithm utilizes said measured flow rate, said analyzed composition and said composition of at least one phase associated with each source, - wherein in the case of that no measurement of said flow rate is available, the calculating step calculates the relative flow from each source instead of the absolute flow. - optionally measuring the flow rate of the at least one phase in the mixed flow, said measurement being made in or after the pipeline, - analyzing the composition of the at least one phase of the mixed flow, by means of a device which uses fluid samples from the mixed flow, which samples are taken in or after the pipeline, - accessing data for said measured mixed flow and said analyzed composition, and making them available to a computing device, and - if the measurement of the flow rate of the at least one phase in the mixed flow is available calculating in said computing device the flow rate of the at least one phase from each source (22a, 23a, 24a) by means of an allocation algorithm, which allocation algorithm utilizes said measured flow rate, said analyzed composition and said composition of at least one phase associated with each source, - wherein in the case of that no measurement of said flow rate is available, the calculating step calculates the relative flow from each source instead of the absolute flow.
A method of producing an antifouling coating composition comprising: a silyl ester copolymer containing constituent units derived from a polymerizable unsaturated carboxylic acid silyl ester, a carboxylic acid, a bivalent or trivalent metal compound and a dehydrating agent, the method comprising - bringing the carboxylic acid and the bivalent or trivalent metal compound and, optionally, the dehydrating agent, into contact with each other, the bivalent or trivalent metal compound being used in an amount of 1.2 equivalents or more in terms of the number of equivalents of metal as a constituent of the bivalent or trivalent metal compound per equivalent of carboxyl group of the carboxylic acid as aforementioned to form an organic carboxylic acid excess-metal salt and, thereafter - mixing the carboxylic acid excess-metal salt with the remaining components. a silyl ester copolymer containing constituent units derived from a polymerizable unsaturated carboxylic acid silyl ester, a carboxylic acid, a bivalent or trivalent metal compound and a dehydrating agent, - bringing the carboxylic acid and the bivalent or trivalent metal compound and, optionally, the dehydrating agent, into contact with each other, the bivalent or trivalent metal compound being used in an amount of 1.2 equivalents or more in terms of the number of equivalents of metal as a constituent of the bivalent or trivalent metal compound per equivalent of carboxyl group of the carboxylic acid as aforementioned to form an organic carboxylic acid excess-metal salt and, thereafter - mixing the carboxylic acid excess-metal salt with the remaining components.
Method for processing service information of a broadcast data stream using a television receiver, comprising: - receiving an event; - receiving a static summary of the event comprising a general summary of the event, said static summary being embedded within a short event descriptor in the service information of said stream; - receiving one or several successive partial summaries relating to disjoint times of the said event, the content of a partial summary being dependent on the content of the event occurring since the transmission of the previous partial summary up to the instant of transmission of the current partial summary, each partial summary being embedded within a dynamic event descriptor with corresponding version number in the service information of said stream; - displaying the static summary along with an upgradeable summary obtained by concatenating the successively received partial summaries extracted from the dynamic event descriptor with increasing version numbers and stored in a memory of the receiver. - receiving an event; - receiving a static summary of the event comprising a general summary of the event, said static summary being embedded within a short event descriptor in the service information of said stream; - receiving one or several successive partial summaries relating to disjoint times of the said event, the content of a partial summary being dependent on the content of the event occurring since the transmission of the previous partial summary up to the instant of transmission of the current partial summary, each partial summary being embedded within a dynamic event descriptor with corresponding version number in the service information of said stream; - displaying the static summary along with an upgradeable summary obtained by concatenating the successively received partial summaries extracted from the dynamic event descriptor with increasing version numbers and stored in a memory of the receiver.
A headgear assembly for use with a patient interface, the headgear assembly comprising: at least one strap, the at least one strap comprising an end with a hook tab, the hook tab being securable to a loop material of the strap, characterised in that, the hook tab comprises at least two fingers that are spaced apart from each other by a gap such that lifting one of the at least two fingers will not result in lifting of the other of the at least two fingers. at least one strap, the at least one strap comprising an end with a hook tab, the hook tab being securable to a loop material of the strap, characterised in that, the hook tab comprises at least two fingers that are spaced apart from each other by a gap such that lifting one of the at least two fingers will not result in lifting of the other of the at least two fingers.
A fibrous bundle having a single-fiber fineness of at least 0.005 dtex to no more than 0.01 dtex, characterized in that the fibrous bundle is acrylic fiber, and the fibrous bundle has a total fineness of at least 4 x 10 3 dtex to no more than 8 x 10 5 dtex.
A glass having improved solarization resistance which comprises SnO 2 and at a wavelength of 1050 nm has an attenuation of ≤1300 dB/km, wherein the glass comprises the following components in % by weight from to B 2 O 3 0 24 SiO 2 23 62.1 Al 2 O 3 0 10 Li 2 O 0 10 Na 2 O 0 18.5 K 2 O 0 25.7 BaO 0 57.8 ZnO 3 40 La 2 O 3 0 25 ZrO 2 0 10 HfO 2 0 14.2 SnO 2 >0 2 MgO 0 8 CaO 0 8 SrO 0 24.4 Ta 2 O 5 0 22 Y 2 O 3 0 11.9 Rb 2 O 0 15 Cs 2 O 0 21 GeO 2 0 7.5 F 0 2 Σ R 2 O 5 20 Σ MgO, CaO, SrO, ZnO 20 42
A system comprising a processor configured to: determine a first therapy program that comprises a set of therapy parameters values; and to generate an algorithmic model of a therapy field based on the first therapy program, the algorithmic model representing where therapy will propagate from a therapy system delivering therapy according to the first therapy program; characterized by the processor further configured to analyse the efficiency of the system when therapy is delivered according to the first therapy program; characterized in that the processor is further configured to automatically determine, based on the analysis of the first therapy program, a modified therapy program that increases an operating efficiency of the therapy system while substantially maintaining the therapy field, the processor configured to automatically determine the modified therapy program based on at least one of an amplitude-duration curve, a dose-response curve, a strength-duration curve, or a three-dimensional depolarization field model, wherein increasing the operating efficiency of the therapy system comprises operating at an efficient amplitude determined based on a voltage multiplier level. determine a first therapy program that comprises a set of therapy parameters values; and to generate an algorithmic model of a therapy field based on the first therapy program, the algorithmic model representing where therapy will propagate from a therapy system delivering therapy according to the first therapy program; characterized by the processor further configured to analyse the efficiency of the system when therapy is delivered according to the first therapy program; characterized in that the processor is further configured to automatically determine, based on the analysis of the first therapy program, a modified therapy program that increases an operating efficiency of the therapy system while substantially maintaining the therapy field, the processor configured to automatically determine the modified therapy program based on at least one of an amplitude-duration curve, a dose-response curve, a strength-duration curve, or a three-dimensional depolarization field model, wherein increasing the operating efficiency of the therapy system comprises operating at an efficient amplitude determined based on a voltage multiplier level.
Method for detecting an object by means of broadband laser pulses of a laser with a predefined bandwidth, which covers a predefined wavelength range, and wavelength distribution in the wavelength range, pulse duration and repetition frequency, comprising the following steps: emitting a broadband laser pulse, generating a fan pulse, which illuminates a predefined angle, by spectrally splitting the broadband laser pulse by means of applying an angle dispersion to the broadband laser pulse by way of a dispersive element, whereby the different wavelengths of the wavelength range of the broadband laser pulse are fanned out into different angles, detecting a reflected subsection of the fan pulse which is reflected at the object arranged in the fan pulse, determining the wavelengths of the wavelength range of the fan pulse that are present in the reflected subsection of the fan pulse, determining the time of flight of the fan pulse from the dispersive element to the object by means of a time-of-flight method, and determining the distance and the width of the object as a function of the ascertained time of flight of the fan pulse and the ascertained wavelength range of the reflected subsection of the fan pulse. emitting a broadband laser pulse, generating a fan pulse, which illuminates a predefined angle, by spectrally splitting the broadband laser pulse by means of applying an angle dispersion to the broadband laser pulse by way of a dispersive element, whereby the different wavelengths of the wavelength range of the broadband laser pulse are fanned out into different angles, detecting a reflected subsection of the fan pulse which is reflected at the object arranged in the fan pulse, determining the wavelengths of the wavelength range of the fan pulse that are present in the reflected subsection of the fan pulse, determining the time of flight of the fan pulse from the dispersive element to the object by means of a time-of-flight method, and determining the distance and the width of the object as a function of the ascertained time of flight of the fan pulse and the ascertained wavelength range of the reflected subsection of the fan pulse.
An excreta disposal apparatus customized to a human body, the apparatus comprising: a body comprising a seating unit, which has a shape corresponding to a curved shape of genital area and buttocks of the human body and also has a disposal space open toward the genital area and buttocks of the human body so as to take excreta discharged from the human body, and a main body unit, which is connected to the seating unit so as to be mounted between legs of the human body and has a receiving space therein; and a discharge channel, which is provided in the receiving space and communicates with the disposal space so as to discharge the excreta in the disposal space to the outside, an extension portion extended from the seating unit and configured to contact the buttocks of the human body, characterized in that the extension portion having a recessed groove formed in a position corresponding to a coccyx of human body, wherein the extension portion is configured to be inserted and adhered to a cleft between split parts of the human body's buttocks. a body comprising a seating unit, which has a shape corresponding to a curved shape of genital area and buttocks of the human body and also has a disposal space open toward the genital area and buttocks of the human body so as to take excreta discharged from the human body, and a main body unit, which is connected to the seating unit so as to be mounted between legs of the human body and has a receiving space therein; and a discharge channel, which is provided in the receiving space and communicates with the disposal space so as to discharge the excreta in the disposal space to the outside, an extension portion extended from the seating unit and configured to contact the buttocks of the human body, characterized in that the extension portion having a recessed groove formed in a position corresponding to a coccyx of human body, wherein the extension portion is configured to be inserted and adhered to a cleft between split parts of the human body's buttocks.
An intermediate transfer medium which comprises a substrate, and at least a protective layer and a receiving layer which are layered in that order on one surface side of the substrate, wherein the receiving layer contains a side-chain type aralkyl-modified silicone, the modifying group of which consists of an aralkyl group, in a proportion of from 0.5 to 5% by weight on a base of the total weight of the receiving layer, and wherein a side-chain type epoxy-modified silicone is further contained in a proportion of from 0.5 to 5% by weight on a base of the total weight of the receiving layer.
A microelectromechanical systems (MEMS) switch device including: a substrate layer; an insulating layer, formed over the substrate layer, and including a number of conductive pathways buried within the insulating layer using bulk semiconductor processing techniques from non-noble metals; a MEMS switch module including a switch beam and having a plurality of contacts formed on a surface of the insulating layer using surface processing techniques, the contacts being formed from noble metals, wherein the plurality of contacts includes a gate electrode formed on the surface of the insulating layer underneath the switch beam, and wherein the conductive pathways are configured to interconnect selected contacts of the MEMS switch module; and a protective silicon cap enclosing the MEMS switch module, the protective silicon cap bonded to the insulating layer by anodic bonding or by means of glass as adhesive; wherein the substrate layer and the insulating layer are a CMOS backend, formed using backend CMOS-type processing. a substrate layer; an insulating layer, formed over the substrate layer, and including a number of conductive pathways buried within the insulating layer using bulk semiconductor processing techniques from non-noble metals; a MEMS switch module including a switch beam and having a plurality of contacts formed on a surface of the insulating layer using surface processing techniques, the contacts being formed from noble metals, wherein the plurality of contacts includes a gate electrode formed on the surface of the insulating layer underneath the switch beam, and wherein the conductive pathways are configured to interconnect selected contacts of the MEMS switch module; and a protective silicon cap enclosing the MEMS switch module, the protective silicon cap bonded to the insulating layer by anodic bonding or by means of glass as adhesive; wherein the substrate layer and the insulating layer are a CMOS backend, formed using backend CMOS-type processing.
Method for managing an identity (IDA,IDB) of a first user, intended to be implemented during a communication between a first web browser (21,31;210,310) installed on a terminal (20,30;200,300) of the first user and a second web browser (31,21;310,210) installed on a terminal (30,20;300,200) of a second user, the managing method comprising: - a step (G90,G40;H130,H100) in which the first user obtains at least one first datum (DB,DA) characteristic of the second user, said at least one first datum (DB,DA) characteristic of the second user being a public key (PKB,PKA) of a pair of public and secret keys attributed to the second user; - a step (G140,G160;H200,H170) in which an identity (IDA,IDB) of the first user is associated with said at least one first datum (DB,DA) characteristic of the second user;and - a step (G220,G260;H150,H180) in which the identity of the first user (IDA,IDB) associated with said at least one characteristic first datum is made available to the second user provided that the second user is in possession of at least one second datum (SKB,SKA) corresponding to the first datum characteristic of the second user. - a step (G90,G40;H130,H100) in which the first user obtains at least one first datum (DB,DA) characteristic of the second user, said at least one first datum (DB,DA) characteristic of the second user being a public key (PKB,PKA) of a pair of public and secret keys attributed to the second user; - a step (G140,G160;H200,H170) in which an identity (IDA,IDB) of the first user is associated with said at least one first datum (DB,DA) characteristic of the second user;and - a step (G220,G260;H150,H180) in which the identity of the first user (IDA,IDB) associated with said at least one characteristic first datum is made available to the second user provided that the second user is in possession of at least one second datum (SKB,SKA) corresponding to the first datum characteristic of the second user.
Frame (1; 100) for toggling hides to be dried, comprising: - at least one supporting structure (2; 102a, 102b) provided with rolling means for coupling with guide tracks (51; 51 a, 51 b) of a drier; - panels (4; 4a, 4b, 4c, 4d) for toggling said hides, each one delimited by a perimeter element (5; 5a, 5b, 5c, 5d) associated with said supporting structure (2; 102a, 102b), characterized in that it has substantially the shape of a U defining a corridor arranged in an intermediate position between said panels (4; 4a, 4b, 4c, 4d) that comprise: - a first pair of panels defined by a first panel and a second panel coplanar with each other; - a second pair of panels defined by a third panel that is coplanar with and adjacent to said first panel and by a fourth panel that is coplanar with and adjacent to said second panel, said first panel and said second panel being spaced from each other to define said corridor in which it is possible to identify an access direction for the operator so that he/she can access said first and said second panel (4a, 4c) in order to load/unload the hides. - at least one supporting structure (2; 102a, 102b) provided with rolling means for coupling with guide tracks (51; 51 a, 51 b) of a drier; - panels (4; 4a, 4b, 4c, 4d) for toggling said hides, each one delimited by a perimeter element (5; 5a, 5b, 5c, 5d) associated with said supporting structure (2; 102a, 102b), - a first pair of panels defined by a first panel and a second panel coplanar with each other; - a second pair of panels defined by a third panel that is coplanar with and adjacent to said first panel and by a fourth panel that is coplanar with and adjacent to said second panel,
A resin composition comprising a modified polymer having a structure in which a molecular weight regulator is coupled to at least one of both ends of an at least partially hydrogenated or non-hydrogenated petroleum resin, wherein the petroleum resin comprises a C 9 monomer-derived repeating unit.
A mechanical ventilator for treatment of breathing disorders, comprising a controllable pressure and breathing gas flow generator, sensor input (5, 6, 7, 8, 9, 10) for receiving at least one sensor signal indicative of breathing gas pressure and/or flow and wherein the ventilator is arranged to determine inhalation energy of breathing and exhalation energy of breathing based on a measured current and voltage supplied to the generator or based on a measured pressure and flow supplied to the patient, the ventilator further being arranged to determine a trigger point between an inspiration and expiration phase of a breathing cycle, characterized in that the ventilator is controllable to reduce the pressure temporary during a period of time during the expiration phase of the breathing cycle, wherein the amount of pressure reduction is determined from the energy of breathing determination as inhalation energy times an energy relief factor divided by the exhalation energy.