mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a mobile phone comprising: determining, by the mobile phone, by matching vibro-acoustic effects of at least one touch on a touch screen with a vibro-acoustic effects profile among a plurality of vibro-acoustic effects stored in the mobile phone, whether a single knuckle or a double knuckle was used to knock on the touch screen when the touch screen of the mobile phone is on and in any state (510, 520), wherein the knocks are made anywhere on the touch screen; performing, by the mobile phone, no action if the touch screen was knocked on once by a single knuckle (530, 540); capturing, by the mobile phone, a snapshot of the full screen if the screen was knocked on twice by a single knuckle (530, 550); performing, by the mobile phone, no action if the touch screen was knocked on once by double (560, 540) knuckles; launching, by the mobile phone, a unique feature when it is determined that a double-knuckle double-knock has occurred within a specified period of time. determining, by the mobile phone, by matching vibro-acoustic effects of at least one touch on a touch screen with a vibro-acoustic effects profile among a plurality of vibro-acoustic effects stored in the mobile phone, whether a single knuckle or a double knuckle was used to knock on the touch screen when the touch screen of the mobile phone is on and in any state (510, 520), wherein the knocks are made anywhere on the touch screen; performing, by the mobile phone, no action if the touch screen was knocked on once by a single knuckle (530, 540); capturing, by the mobile phone, a snapshot of the full screen if the screen was knocked on twice by a single knuckle (530, 550); performing, by the mobile phone, no action if the touch screen was knocked on once by double (560, 540) knuckles; launching, by the mobile phone, a unique feature when it is determined that a double-knuckle double-knock has occurred within a specified period of time.
A downhole time domain reflectometry system, the system comprising: a surface electro-optical interface (42, 146); a downhole electro-optical interface (50, 150); a fiber-optic cable (44, 148) that couples the surface electro-optical interface and the downhole electro-optical interface; an electrical transmission line (52, 152, 192) that extends from the downhole electro-optical interface into a wellbore environment to enable TDR operations; and a data analysis unit coupled to the surface electro-optical interface, wherein the data analysis unit is configured to analyze electrical signals corresponding to TDR control signals transmitted from the surface electro-optical interface to the electrical transmission line via the fiber-optic cable and the downhole electro-optical interface and then reflected back to the surface electro-optical interface. a surface electro-optical interface (42, 146); a downhole electro-optical interface (50, 150); a fiber-optic cable (44, 148) that couples the surface electro-optical interface and the downhole electro-optical interface; an electrical transmission line (52, 152, 192) that extends from the downhole electro-optical interface into a wellbore environment to enable TDR operations; and a data analysis unit coupled to the surface electro-optical interface, wherein the data analysis unit is configured to analyze electrical signals corresponding to TDR control signals transmitted from the surface electro-optical interface to the electrical transmission line via the fiber-optic cable and the downhole electro-optical interface and then reflected back to the surface electro-optical interface.
An operating assembly for edgebanding machines to edgeband panels made of wood or the like, each panel being delimited by a first lateral face and by a second lateral face, which is orthogonal to the first lateral face and is provided with a finishing edge; the operating assembly comprising a support structure; at least one cutting tool to process the finishing edge and/or the panel; a copy attachment (15; 18), which is designed to be arranged in contact, in use, with the first lateral face or the finishing edge and is coupled to the support structure so as to move, relative to the support structure, in a direction (10; 12), which is perpendicular to the first lateral face or to the finishing edge, depending on a profile of the first lateral face or of the finishing edge; and a pushing unit, which is interposed between the support structure and the copy attachment (15; 18) so as to keep the copy attachment (15; 18) in contact with the first lateral face or with the finishing edge; the pushing unit comprising, in turn, a first pushing device, which is pre-loaded so as to exert a first force other than zero upon the copy attachment (15; 18) when the copy attachment (15; 18) is disengaged from the panel; a second pushing device exerting a second force, which is smaller than the first force, upon the copy attachment (15; 18) when the copy attachment (15; 18) is disengaged from the panel and a third force other than zero, which is greater than the second force, when the copy attachment (15; 18) is engaged on the panel; characterized in that the first pushing device comprises at least one first spring (25; 39), which is interposed between the support structure and the copy attachment (15; 18), or at least one actuator cylinder, which is mounted between the support structure and the copy attachment (15; 18); and the second pushing device comprises at least one second spring, which is interposed between the support structure and the copy attachment (15; 18).
A method of depositing an organic material, comprising: ejecting a carrier gas carrying an organic material from the nozzle at a flow velocity that is at least 10 % of the thermal velocity of the carrier gas, such that the organic material is deposited onto a substrate; providing a heated guard flow gas around the carrier gas. ejecting a carrier gas carrying an organic material from the nozzle at a flow velocity that is at least 10 % of the thermal velocity of the carrier gas, such that the organic material is deposited onto a substrate; providing a heated guard flow gas around the carrier gas.
A locking device for a patient transport device for locking at least one belt device of a patient restraining apparatus to the patient transport device, wherein the locking device comprises - a basic body, and - at least one fastening means; - wherein the basic body is fastenable by the at least one fastening means to the patient transport device, - wherein the locking device and the belt device comprise at least one first and second coupling element (7, 9) being adapted to one another, and wherein the belt device is toollessly lockable to the locking device via at least a pair of first and second coupling elements (7, 9) being adapted to one another, characterized in that the basic body and in particular the at least one first coupling element and the at least one fastening means is made of a metallic material, and that the first and second coupling elements (7, 9) are designed in the form of a latch plate with an adjusted belt buckle. - a basic body, and - at least one fastening means; - wherein the basic body is fastenable by the at least one fastening means to the patient transport device, - wherein the locking device and the belt device comprise at least one first and second coupling element (7, 9) being adapted to one another, and wherein the belt device is toollessly lockable to the locking device via at least a pair of first and second coupling elements (7, 9) being adapted to one another, characterized in that the basic body and in particular the at least one first coupling element and the at least one fastening means is made of a metallic material, and that the first and second coupling elements (7, 9) are designed in the form of a latch plate with an adjusted belt buckle.
Device comprising a boiler for generating steam, wherein the boiler has a refill cap arranged at the top and a steam outlet opening, wherein the steam outlet opening is arranged in the upper lateral region of the boiler, wherein the boiler is provided with an outflow opening below the steam outlet opening, wherein a lower edge of the steam outlet opening and a lower edge of the outflow opening form a height of a boiling space, and wherein the steam outlet opening is in fluid communication with a steam conduit coupling of a steam conduit, and the outflow opening is in fluid communication with a closure part of a receptacle, characterised in that the boiler is inserted in the receptacle, and in that the closure part is formed by an inner wall of the receptacle.
A compound of Formula I: wherein: R 1 is selected from Br and CN; R 2 is selected from H and Br; R 3 is selected from H and wherein R is selected from H, CH 3, CF 3, CF 2 H, CFH 2, CCl 3, CCl 2 H, CClH 2, CBr 3, CBr 2 H, and CBrH 2; and X is selected from O and S; with the proviso that: when R 1 is CN then R 2 is H; and when R 1 is Br then R 3 is and wherein if R 1 is Br and R 2 is H, then R 3 is wherein R is selected from CF 3, CF 2 H, CFH 2, CCl 3, CCl 2 H, CClH 2, CBr 3, CBr 2 H, and CBrH 2; and X is selected from O and S. R 1 is selected from Br and CN; R 2 is selected from H and Br; R 3 is selected from H and wherein R is selected from H, CH 3, CF 3, CF 2 H, CFH 2, CCl 3, CCl 2 H, CClH 2, CBr 3, CBr 2 H, and CBrH 2; and X is selected from O and S; when R 1 is CN then R 2 is H; and when R 1 is Br then R 3 is and
A camera for facilitating autonomous picture production, comprising: an imager for capturing an image stream; a signal processor for processing the image stream into a plurality of image data paths; characterized by a memory for cyclically buffering images of at least two of the plurality of image data paths, into separate circular buffers (2155, 2159), and for buffering the cyclically-buffered images into at least two corresponding output image streams (2166, 2168) of the camera. an imager for capturing an image stream; a signal processor for processing the image stream into a plurality of image data paths; characterized by a memory for cyclically buffering images of at least two of the plurality of image data paths, into separate circular buffers (2155, 2159), and for buffering the cyclically-buffered images into at least two corresponding output image streams (2166, 2168) of the camera.
Method for grouping in a distributed and dynamic manner nodes in a mobile ad hoc RM radio network, each node comprising a processor which is provided with a clustering algorithm and a communication module (101, 102), the nodes communicating with each other by means of messages, comprising at least the following steps: • defining a priori a set of operating constraints of the network intended to be verified for the clusters such as constraints on the topology of the network and/or on the quality of the communication links, these constraints being stored within a data table, • grouping the nodes of the network as clusters, • the method is carried out within each cluster, taking into consideration a local cluster Ck, and a set of nodes { u i} which belong to this cluster, the method being characterised in that • at the level of the master node of the cluster C k, for each of the clusters C l adjacent to C k, determining whether the clusters C k \ {u i} and C l ∪ {u i} verify the operating constraints on the clusters, • at the level of the master node of the local cluster C k, for each of the adjacent clusters C l for which the constraints on the clusters are complied with, calculating the increase g induced by the mobility of the groups of nodes {u i} of the first cluster C k towards the cluster C l, the increase g being defined as being the difference between the total of the costs of the clusters C l and C k and the total of the costs of the clusters C k \ {u i} and C l ∪ {u i}, • at the level of the master node of the local cluster C k, retaining the cluster which produces the highest increase g, and • exchanging at least one message between the two clusters so that the set of nodes {u i} leaves the cluster C k in order to join the cluster C l. • defining a priori a set of operating constraints of the network intended to be verified for the clusters such as constraints on the topology of the network and/or on the quality of the communication links, these constraints being stored within a data table, • grouping the nodes of the network as clusters, • the method is carried out within each cluster, taking into consideration a local cluster Ck, and a set of nodes { u i} which belong to this cluster, • at the level of the master node of the cluster C k, for each of the clusters C l adjacent to C k, determining whether the clusters C k \ {u i} and C l ∪ {u i} verify the operating constraints on the clusters, • at the level of the master node of the local cluster C k, for each of the adjacent clusters C l for which the constraints on the clusters are complied with, calculating the increase g induced by the mobility of the groups of nodes {u i} of the first cluster C k towards the cluster C l, the increase g being defined as being the difference between the total of the costs of the clusters C l and C k and the total of the costs of the clusters C k \ {u i} and C l ∪ {u i}, • at the level of the master node of the local cluster C k, retaining the cluster which produces the highest increase g, and • exchanging at least one message between the two clusters so that the set of nodes {u i} leaves the cluster C k in order to join the cluster C l.
A method for producing succinic acid, said method comprising: allowing bacterial cells obtained by culturing a bacterium selected from Brevibacterium flavum, Brevibacterium lactofermentum and Corynebacterium glutamicum, or a treated product thereof selected from immobilized bacterial cells, a homogenate, centrifuged supernatant thereof, or a fraction, to act on an organic raw material in a reaction solution containing said organic raw material to thereby generate succinic acid, and collecting said succinic acid; wherein said bacterium has been modified such that pyruvate carboxylase activity is increased by 1.5 times or more per unit weight of bacterial cells, as compared with an unmodified strain, and said bacterial cells obtained by culturing said bacterium or said treated product thereof are allowed to act on said organic raw material at 39 to 43°C. allowing bacterial cells obtained by culturing a bacterium selected from Brevibacterium flavum, Brevibacterium lactofermentum and Corynebacterium glutamicum, or a treated product thereof selected from immobilized bacterial cells, a homogenate, centrifuged supernatant thereof, or a fraction, to act on an organic raw material in a reaction solution containing said organic raw material to thereby generate succinic acid, and collecting said succinic acid; wherein said bacterium has been modified such that pyruvate carboxylase activity is increased by 1.5 times or more per unit weight of bacterial cells, as compared with an unmodified strain, and said bacterial cells obtained by culturing said bacterium or said treated product thereof are allowed to act on said organic raw material at 39 to 43°C.
A foam, comprising of chitin, wherein the chitin is a closed-cell foam composition not able to absorb water, biodegradable, and mechanically characterized by a density range of 16 to 800 kg/m3, closed-cell pore sizes ranging from 50 microns to 1 mm, an elastic modulus of 3 to 175 MPa, and a tensile strength of 0.15 to 6.5 MPa.
A computer-implemented method comprising: slicing a model into a plurality of slices; selecting a slice of the model from the plurality of slices of the model, the plurality of slices of the model being identified based on one or more criteria; generating, receiving, or reading code generated for the model; identifying a portion of generated code, in the code generated for the model, that corresponds to the selected slice; generating an intermediate representation, hereafter: IR, representing the portion of the generated code; generating, receiving, or reading expected code, the generating of the expected code being based on a learned pattern; identifying a portion of expected code that corresponds to the selected slice using information including expected code for an element in the selected slice, the expected code representing functionality that is expected to be implemented in the portion of the generated code, generating an IR representing the portion of the expected code; normalizing the IR representing the portion of the expected code; normalizing the IR representing the portion of the generated code; verifying that the code generated for the model is equivalent to the expected code by comparing the normalized IR representing the portion of the generated code and the normalized IR representing the portion of the expected code. slicing a model into a plurality of slices; selecting a slice of the model from the plurality of slices of the model, the plurality of slices of the model being identified based on one or more criteria; the plurality of slices of the model being identified based on one or more criteria; generating, receiving, or reading code generated for the model; identifying a portion of generated code, in the code generated for the model, that corresponds to the selected slice; generating an intermediate representation, hereafter: IR, representing the portion of the generated code; generating an intermediate representation, hereafter: IR, representing the portion of the generated code; generating, receiving, or reading expected code, the generating of the expected code being based on a learned pattern; the generating of the expected code being based on a learned pattern; identifying a portion of expected code that corresponds to the selected slice using information including expected code for an element in the selected slice, the expected code representing functionality that is expected to be implemented in the portion of the generated code, generating an IR representing the portion of the expected code; normalizing the IR representing the portion of the expected code; normalizing the IR representing the portion of the generated code; verifying that the code generated for the model is equivalent to the expected code by comparing the normalized IR representing the portion of the generated code and the normalized IR representing the portion of the expected code.
A security system for a vehicle wheel, the security system comprising: • a replacement wheel connector for connecting the vehicle wheel to a vehicle, the wheel connector comprising a body, a head connected to one end of the body and an extension from the head, the extension being smaller than the head, and • a locking device comprising: ∘ an elongate body, ∘ a locking collar extending from one side of the elongate body and for connecting to the extension of the head of the wheel connector, ∘ a locking mechanism contained within the elongate body and for locking the locking collar onto the extension of the head of the wheel connector, and ∘ an elongate bar extending from the one side of the elongate body and for passing through the vehicle wheel, wherein the locking collar extending from one side of the elongate body of the locking device is height adjustable such that the extension of the locking collar from the one side of the elongate body is adjustable. • a replacement wheel connector for connecting the vehicle wheel to a vehicle, the wheel connector comprising a body, a head connected to one end of the body and an extension from the head, the extension being smaller than the head, and • a locking device comprising: ∘ an elongate body, ∘ a locking collar extending from one side of the elongate body and for connecting to the extension of the head of the wheel connector, ∘ a locking mechanism contained within the elongate body and for locking the locking collar onto the extension of the head of the wheel connector, and ∘ an elongate bar extending from the one side of the elongate body and for passing through the vehicle wheel, wherein the locking collar extending from one side of the elongate body of the locking device is height adjustable such that the extension of the locking collar from the one side of the elongate body is adjustable. ∘ an elongate body, ∘ a locking collar extending from one side of the elongate body and for connecting to the extension of the head of the wheel connector, ∘ a locking mechanism contained within the elongate body and for locking the locking collar onto the extension of the head of the wheel connector, and ∘ an elongate bar extending from the one side of the elongate body and for passing through the vehicle wheel, wherein the locking collar extending from one side of the elongate body of the locking device is height adjustable such that the extension of the locking collar from the one side of the elongate body is adjustable.
A carton for carrying a plurality of articles, the carton comprising: a plurality of panels (11, 13, 17, 21, 25) that extend at least partially around an interior of the carton, the plurality of panels (11, 13, 17, 21, 25) comprising at least one top panel (21, 25), a first side panel, a second side panel, and bottom panel; a plurality of end flaps (41, 43, 45, 47, 51, 53, 55, 57) each foldably connected to a respective panel of the plurality of panels (11, 13, 17, 21, 25) for closing an end (49, 59) of the carton, wherein at least one end flap (43, 53) of the plurality of end flaps (41, 43, 45, 47, 51, 53, 55, 57) has reinforcement features for increasing the strength of the carton, the reinforcement features comprising a base portion (77, 107) foldably connected to the first side panel, an intermediate portion (79, 109) foldably connected to the base portion (77, 107), and a distal portion (83, 113) foldably connected to the intermediate portion (79, 109); wherein the base portion (77, 107) is positioned at an oblique angle relative to the intermediate portion (79, 109), the distal portion (83, 113) is positioned at an oblique angle relative to the intermediate portion (79, 109), characterized in that the distal portion (83, 113) has a free edge that is in contact with the second side panel. a plurality of panels (11, 13, 17, 21, 25) that extend at least partially around an interior of the carton, the plurality of panels (11, 13, 17, 21, 25) comprising at least one top panel (21, 25), a first side panel, a second side panel, and bottom panel; a plurality of end flaps (41, 43, 45, 47, 51, 53, 55, 57) each foldably connected to a respective panel of the plurality of panels (11, 13, 17, 21, 25) for closing an end (49, 59) of the carton, wherein at least one end flap (43, 53) of the plurality of end flaps (41, 43, 45, 47, 51, 53, 55, 57) has reinforcement features for increasing the strength of the carton, the reinforcement features comprising a base portion (77, 107) foldably connected to the first side panel, an intermediate portion (79, 109) foldably connected to the base portion (77, 107), and a distal portion (83, 113) foldably connected to the intermediate portion (79, 109); wherein the base portion (77, 107) is positioned at an oblique angle relative to the intermediate portion (79, 109), the distal portion (83, 113) is positioned at an oblique angle relative to the intermediate portion (79, 109), characterized in that the distal portion (83, 113) has a free edge that is in contact with the second side panel.
A composition comprising rapeseed protein, a hydrocolloid, a vegetable oil, and water wherein the amount of rapeseed protein is from 0.5-10% (w/w), wherein the amount of hydrocolloid is from 0.02-1% (w/w), and wherein the amount of vegetable oil is from 0.5-15% (w/w).