mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of generating a spatio-temporal pattern model for spatio-temporal pattern recognition, the method comprising: receiving a plurality of training trajectories (704A-C) in a spatial area (502, 602), each training trajectory including a plurality of diverse data points representative of a spatio-temporal pattern; partitioning the spatial area into a plurality of observed clusters (A1-A7) and a non-observed complementary cluster (A complement), each observed cluster comprising a set of diverse data points from the plurality of diverse data points, and the non-observed complementary cluster devoid of the plurality of diverse data points that are representative of the spatio-temporal pattern, wherein the spatial area is partitioned by applying a two-parameter Pitman-Yor process for which a range of each of the plurality of observed clusters is determined based on one or more stochastic process parameters; generating the spatio-temporal pattern model to include the plurality of observed clusters and the non-observed complementary cluster, wherein generating the spatio-temporal pattern model includes creating a hidden Markov model, HMM, based on the plurality of observed clusters and the non-observed complementary cluster as partitioned by the Pitman-Yor process; wherein the generated spatio-temporal pattern model is to be used to recognize a user input gesture as the spatio-temporal pattern by recognizing a received trajectory of the user input gesture as a spatio-temporal match when an associated likelihood of the hidden Markov model is above a predetermined threshold. receiving a plurality of training trajectories (704A-C) in a spatial area (502, 602), each training trajectory including a plurality of diverse data points representative of a spatio-temporal pattern; partitioning the spatial area into a plurality of observed clusters (A1-A7) and a non-observed complementary cluster (A complement), each observed cluster comprising a set of diverse data points from the plurality of diverse data points, and the non-observed complementary cluster devoid of the plurality of diverse data points that are representative of the spatio-temporal pattern, wherein the spatial area is partitioned by applying a two-parameter Pitman-Yor process for which a range of each of the plurality of observed clusters is determined based on one or more stochastic process parameters; generating the spatio-temporal pattern model to include the plurality of observed clusters and the non-observed complementary cluster, wherein generating the spatio-temporal pattern model includes creating a hidden Markov model, HMM, based on the plurality of observed clusters and the non-observed complementary cluster as partitioned by the Pitman-Yor process; wherein the generated spatio-temporal pattern model is to be used to recognize a user input gesture as the spatio-temporal pattern by recognizing a received trajectory of the user input gesture as a spatio-temporal match when an associated likelihood of the hidden Markov model is above a predetermined threshold.
A door module for a motor vehicle, formed by a single part and from a single injected material, said module comprising a substantially flat supporting face and at least one guide rail of a window regulator system, such a rail being designed to guide and maintain a motor vehicle window supporting device, characterized in that said rail forms at least one part of one of the lateral end parts of the supporting face, said rail extending continuously with the rest of the module and forming a projection in relation to the supporting face, said rail extending in at least two planes different from the plane of the supporting face.
Method for plastic stretching of metal wire, comprising: (a) providing a metal wire; (b) measuring the diameter of the metal wire; (c) plastic stretching of the metal wire provided in step (a) and measured in step (b) by means of at least two rotating shafts which exert a force on the metal wire, whereby the distance between the rotating shafts can be adjusted for allowing adjustment of the force on the metal wire, thus obtaining a stretched metal wire; (d) measuring the diameter of the stretched metal wire; characterized in that the method further comprising: (e) controlling the distance between the rotating shafts in step (c) based on the diameter of the metal wire measured in step (b) and the diameter of the stretched metal wire measured in step (d) for controlling the force exerted by the rotating shafts such that a uniform wire thickness is obtained; and, wherein steps (a) to (e) take place continuously. (a) providing a metal wire; (b) measuring the diameter of the metal wire; (c) plastic stretching of the metal wire provided in step (a) and measured in step (b) by means of at least two rotating shafts which exert a force on the metal wire, whereby the distance between the rotating shafts can be adjusted for allowing adjustment of the force on the metal wire, thus obtaining a stretched metal wire; (d) measuring the diameter of the stretched metal wire; (e) controlling the distance between the rotating shafts in step (c) based on the diameter of the metal wire measured in step (b) and the diameter of the stretched metal wire measured in step (d) for controlling the force exerted by the rotating shafts such that a uniform wire thickness is obtained; and, wherein steps (a) to (e) take place continuously.
An electronic device to be immersed in a coolant filled in a cooling apparatus, and directly cooled, the electronic device being configured to be housed in any of a plurality of housing parts (14a, 14b, 14c, 14d) of the cooling apparatus, the electronic device comprising: a metal board to be held with a pair of board retainers disposed in the housing part; a plurality of storage units (351, 352) attached to a first surface of the metal board and a second surface opposite the first surface; and a backplane including a plurality of connectors for electrically connecting the respective storage units (351, 352), which is attached orthogonally to the first surface of the metal board, and the second surface opposite the first surface, wherein: the metal board includes a primary member and a secondary member; the primary member includes a plurality of cuts formed in a width direction for fixing a plurality of support plates (315, 316, 317) that support the storage units (351, 352) on the primary member; the secondary member includes a plurality of claws which are inserted into a plurality of slits formed in the backplane, and fixed to the primary member, and the support plates (315, 316, 317) include holes for passage of the coolant. a metal board to be held with a pair of board retainers disposed in the housing part; a plurality of storage units (351, 352) attached to a first surface of the metal board and a second surface opposite the first surface; and a backplane including a plurality of connectors for electrically connecting the respective storage units (351, 352), which is attached orthogonally to the first surface of the metal board, and the second surface opposite the first surface, wherein: the metal board includes a primary member and a secondary member; the primary member includes a plurality of cuts formed in a width direction for fixing a plurality of support plates (315, 316, 317) that support the storage units (351, 352) on the primary member; the secondary member includes a plurality of claws which are inserted into a plurality of slits formed in the backplane, and fixed to the primary member, and the support plates (315, 316, 317) include holes for passage of the coolant. the metal board includes a primary member and a secondary member; the primary member includes a plurality of cuts formed in a width direction for fixing a plurality of support plates (315, 316, 317) that support the storage units (351, 352) on the primary member; the secondary member includes a plurality of claws which are inserted into a plurality of slits formed in the backplane, and fixed to the primary member, and the support plates (315, 316, 317) include holes for passage of the coolant.
A method (100, 300, 400, 500), comprising: acquiring measurements representing torque applied to a connection between a first tubular and a second tubular, a rotational position of the first tubular relative to the second tubular, or both; obtaining a plurality of make-up parameters representing conditions under which the connection is fully made; generating a plurality of rules for connection evaluation based on the make-up parameters; automatically evaluating the connection using a computer, wherein automatically evaluating comprises applying a machine learning algorithm to a dataset of the measurements; and recommending accepting or rejecting the connection based on the automatic evaluation, wherein automatically evaluating the connection comprises: acquiring a training corpus of datasets acquired during historical connection processes, wherein the training corpus comprises connection torque-turn plots, and wherein the datasets are each associated with at least one of acceptance, rejection, or a specific anomaly in the respective, associated historical connection processes; training the machine learning algorithm using the training corpus; determining probabilities of a plurality of individual anomalies present in the dataset as an output of the machine learning algorithm; and classifying the output of the machine learning algorithm to identify an anomaly present in the dataset. acquiring measurements representing torque applied to a connection between a first tubular and a second tubular, a rotational position of the first tubular relative to the second tubular, or both; obtaining a plurality of make-up parameters representing conditions under which the connection is fully made; generating a plurality of rules for connection evaluation based on the make-up parameters; automatically evaluating the connection using a computer, wherein automatically evaluating comprises applying a machine learning algorithm to a dataset of the measurements; and recommending accepting or rejecting the connection based on the automatic evaluation, acquiring a training corpus of datasets acquired during historical connection processes, wherein the training corpus comprises connection torque-turn plots, and wherein the datasets are each associated with at least one of acceptance, rejection, or a specific anomaly in the respective, associated historical connection processes; training the machine learning algorithm using the training corpus; determining probabilities of a plurality of individual anomalies present in the dataset as an output of the machine learning algorithm; and classifying the output of the machine learning algorithm to identify an anomaly present in the dataset.
A heat spreader comprising: a plate shaped substrate made of a material containing at least a metal and in which one surface is defined as an element connection surface for connecting a semiconductor element, an opposite surface is defined as a second-component connection surface for connecting a second-component, and a further surface is defined as a side surface, which is adjacent to both the element connection surface and the second-component connection surface of the substrate, wherein the second-component connection surface of the substrate is provided with wettability with a solder, wherein at least one region is provided with a solder block layer (14, 19) configured to prevent the solder from flowing to the semiconductor element, the at least one region being selected from the group consisting of: at least a part of the side surface; and a region of the second-component connection surface, that is adjacent to the side surface; and wherein an arithmetical mean roughness Ra of the roughness profile representing a surface roughness of the side surface of the substrate is between 0.1 and 1.6 μm. a plate shaped substrate made of a material containing at least a metal and in which one surface is defined as an element connection surface for connecting a semiconductor element, an opposite surface is defined as a second-component connection surface for connecting a second-component, and a further surface is defined as a side surface, which is adjacent to both the element connection surface and the second-component connection surface of the substrate, wherein the second-component connection surface of the substrate is provided with wettability with a solder, wherein at least one region is provided with a solder block layer (14, 19) configured to prevent the solder from flowing to the semiconductor element, the at least one region being selected from the group consisting of: at least a part of the side surface; and a region of the second-component connection surface, that is adjacent to the side surface; and at least a part of the side surface; and a region of the second-component connection surface, that is adjacent to the side surface; and wherein an arithmetical mean roughness Ra of the roughness profile representing a surface roughness of the side surface of the substrate is between 0.1 and 1.6 μm.
Device for connecting a first appliance with a second appliance, wherein the second appliance is arranged on top of the first appliance, wherein the device comprises a frame element which is designed to be fixed on top of the first appliance, wherein the frame element has a reception for receiving a shelf, so that the shelf can be moved in a horizontal direction forth and back from a first position into a second position relatively to the frame element, wherein means are arranged for stopping the shelf in at least one of the positions (A, B), whereby the means are arranged for stopping the shelf in both the first and second position, and characterized in that the means comprise a biased engaging element arranged in the shelf or in the frame element, wherein the engaging element is arranged for at least partially entering into at least one congruent reception (9, 10) which is arranged respectively in the frame element or in the shelf.
A multilayer collation shrink film comprising at least the following layers: A) a layer comprising at least the following components: a1) a multimodal polymer of ethylene with at least two different comonomers selected from alpha-olefins having from 4 to 10 carbon atoms, which multimodal polymer of ethylene has a density in the range from 910 to 935 kg/m 3, and a Mw/Mn of 2 to 8; a2) a multimodal terpolymer of ethylene and two alpha olefin comonomers wherein the multimodal terpolymer has a density in the range from 930 to 950 kg/m 3 and a Mw/Mn of 10 to 20; and a3) LDPE; B) a layer comprising at least the following components: b1) recycled LDPE; and b2) a multimodal terpolymer of ethylene and two alpha olefin comonomers wherein the multimodal terpolymer has a density in the range from 930 to 950 kg/m 3 and a Mw/Mn of 10 to 20. A) a layer comprising at least the following components: a1) a multimodal polymer of ethylene with at least two different comonomers selected from alpha-olefins having from 4 to 10 carbon atoms, which multimodal polymer of ethylene has a density in the range from 910 to 935 kg/m 3, and a Mw/Mn of 2 to 8; a2) a multimodal terpolymer of ethylene and two alpha olefin comonomers wherein the multimodal terpolymer has a density in the range from 930 to 950 kg/m 3 and a Mw/Mn of 10 to 20; and a3) LDPE; a1) a multimodal polymer of ethylene with at least two different comonomers selected from alpha-olefins having from 4 to 10 carbon atoms, which multimodal polymer of ethylene has a density in the range from 910 to 935 kg/m 3, and a Mw/Mn of 2 to 8; a2) a multimodal terpolymer of ethylene and two alpha olefin comonomers wherein the multimodal terpolymer has a density in the range from 930 to 950 kg/m 3 and a Mw/Mn of 10 to 20; and a3) LDPE; B) a layer comprising at least the following components: b1) recycled LDPE; and b2) a multimodal terpolymer of ethylene and two alpha olefin comonomers wherein the multimodal terpolymer has a density in the range from 930 to 950 kg/m 3 and a Mw/Mn of 10 to 20. b1) recycled LDPE; and b2) a multimodal terpolymer of ethylene and two alpha olefin comonomers wherein the multimodal terpolymer has a density in the range from 930 to 950 kg/m 3 and a Mw/Mn of 10 to 20.
A method for use in a wireless device, the method comprising: determining whether to restrict transmission of a random access preamble during at least a portion of a synchronization signal, SS, burst set, the SS burst set comprising at least one SS block indicated as being transmitted, wherein determining whether to restrict transmission of the random access preamble comprises: considering the restriction switched off in response to determining that the wireless device is operating in a paired spectrum, and considering the restriction switched on in response to determining that the wireless device is operating in an unpaired spectrum; and transmitting the random access preamble during a time that transmission of the random access preamble is not restricted. determining whether to restrict transmission of a random access preamble during at least a portion of a synchronization signal, SS, burst set, the SS burst set comprising at least one SS block indicated as being transmitted, wherein determining whether to restrict transmission of the random access preamble comprises: considering the restriction switched off in response to determining that the wireless device is operating in a paired spectrum, and considering the restriction switched on in response to determining that the wireless device is operating in an unpaired spectrum; and considering the restriction switched off in response to determining that the wireless device is operating in a paired spectrum, and considering the restriction switched on in response to determining that the wireless device is operating in an unpaired spectrum; and transmitting the random access preamble during a time that transmission of the random access preamble is not restricted.
A textured composite having a surface area and comprising a continuous or integral fibrous outer layer that is bonded continually to an adhesive layer activated by heat, wherein the continuous or integral fibrous outer layer comprises a textile fabric, wherein the surface area topographically comprises depressed areas and elevated areas, wherein the fibrous outer layer and said adhesive layer are non-planar and follow substantially the same undulating contour, wherein a lateral distance, X, between adjacent depressed areas and a lateral distance, Y, between adjacent elevated areas in at least one direction are each from 1.5 mm to 10 mm, wherein the depressed areas descend to a depth, D, measured from the top of the outer layer at the elevated areas to the top of the outer layer at adjacent depressed areas, that equals or exceeds a thickness, T u, measured from the top of the outer layer at the elevated areas to the bottom of the adhesive layer at the elevated areas, wherein a combined density of the fibrous outer layer and the adhesive layer in the depressed areas is less than 0.7 g/cm 3, and wherein the textured composite material is useable as a floor cover.
Carrier puck for a conveyer system, comprising a circular lower body, and an upper body attached to the lower body, characterized in that the carrier puck further comprises a rotatable slide ring arranged in a ring groove positioned above a lower contact surface of the lower body, and where the largest diameter of the lower body is larger than the outer diameter of the slide ring.
A casing holding device for an apparatus for filling tubular cases with a pasty foodstuff material, comprising - a casing brake which in operation in a portioning position is in contact with a case drawn on to a filling tube and produces a pressing force between case and filling tube, and - an adjusting device for moving the casing brake between the portioning position and a casing change position in which the casing brake is uncoupled from the filling tube, wherein the adjusting device has a guide linkage which has a plurality of links and which is adapted for the casing brake in at least a first phase of the movement out of the portioning position into the casing change position to be moved substantially axially relative to the longitudinal axis of the filling tube and to be pivoted in at least a second phase of the movement relative to the longitudinal axis of the filling tube, characterised in that the guide linkage is in the form of a four-link linkage adapted to move the casing brake on a predetermined curved path with a substantially straight path portion and a curved path portion (20"). - a casing brake which in operation in a portioning position is in contact with a case drawn on to a filling tube and produces a pressing force between case and filling tube, and - an adjusting device for moving the casing brake between the portioning position and a casing change position in which the casing brake is uncoupled from the filling tube, wherein the adjusting device has a guide linkage which has a plurality of links and which is adapted for the casing brake in at least a first phase of the movement out of the portioning position into the casing change position to be moved substantially axially relative to the longitudinal axis of the filling tube and to be pivoted in at least a second phase of the movement relative to the longitudinal axis of the filling tube, characterised in that the guide linkage is in the form of a four-link linkage adapted to move the casing brake on a predetermined curved path with a substantially straight path portion and a curved path portion (20"). wherein the adjusting device has a guide linkage which has a plurality of links and which is adapted for the casing brake in at least a first phase of the movement out of the portioning position into the casing change position to be moved substantially axially relative to the longitudinal axis of the filling tube and to be pivoted in at least a second phase of the movement relative to the longitudinal axis of the filling tube, characterised in that the guide linkage is in the form of a four-link linkage adapted to move the casing brake on a predetermined curved path with a substantially straight path portion and a curved path portion (20").
A control valve comprising: an inlet conduit and an outlet conduit for coupling a tire mounted air pumping tube; a bi-directional air distribution block having a through bore dimensioned to accept a tire valve stem therethrough; and passageways and check valves to route pressurized air from the inlet conduit or the outlet conduit to an air inlet passageway of the valve stem.
A method of electronic communication, comprising: receiving a communication characteristic indicator of a communication message contemporaneous to an input of data defining at least a portion of the communication message at a sending device, and outputting a representation of the data based on the communication characteristic indicator; wherein the communication characteristic indicator represents one or more characteristics of the data, and wherein the output representation of the data based on the communication characteristic indicator comprises an obfuscated or illegible representation of the data such that at least one of the one or more characteristics of the data can be perceived but the actual input data of the communication message cannot be perceived. receiving a communication characteristic indicator of a communication message contemporaneous to an input of data defining at least a portion of the communication message at a sending device, and outputting a representation of the data based on the communication characteristic indicator; wherein the communication characteristic indicator represents one or more characteristics of the data, and wherein the output representation of the data based on the communication characteristic indicator comprises an obfuscated or illegible representation of the data such that at least one of the one or more characteristics of the data can be perceived but the actual input data of the communication message cannot be perceived.