mhurhangee/patent-ind-claim-en huggingface dataset:
A neural network training apparatus , configured, in a training phase, to train a neural network using a plurality of pairs of training images, wherein each pair of training images comprises a first training image and a second training image, wherein the first training image and the second training image are a first and a second color filter mosaic, CFM, image of a training scene, respectively, and wherein the trained neutral network, in an application phase, is configured to process an original CFM image into an enhanced CFM image; wherein the neural network training apparatus comprises an image capturing device configured to provide the first training image of a respective pair of training images by capturing a first low quality CFM image of a respective training scene using a first exposure parameter, and to provide the second training image of the respective pair of training images by capturing a second high quality CFM image of the respective training scene using a second exposure parameter, wherein the first exposure defined by the first exposure parameter is shorter than the second exposure defined by the second exposure parameter; wherein the original CFM image is captured by the image capturing device using the first exposure parameter. wherein the neural network training apparatus comprises an image capturing device configured to provide the first training image of a respective pair of training images by capturing a first low quality CFM image of a respective training scene using a first exposure parameter, and to provide the second training image of the respective pair of training images by capturing a second high quality CFM image of the respective training scene using a second exposure parameter, wherein the first exposure defined by the first exposure parameter is shorter than the second exposure defined by the second exposure parameter; wherein the original CFM image is captured by the image capturing device using the first exposure parameter.
A baiting station for rodents, having: - a box , in particular made from plastic, defining an internal space and having an internal partition , which can move between a first and a second position and separates the internal space into two parts when it is in the first position, and the box comprising at least one opening , - a lid , - a safety lock system , characterized in that the first and second positions of the internal partition correspond to different modes of use of said baiting station for rodents and in that the partition is cut out from the base of the box and forms the base of the box in said second position. - a box , in particular made from plastic, defining an internal space and having an internal partition , which can move between a first and a second position and separates the internal space into two parts when it is in the first position, and the box comprising at least one opening , - a lid , - a safety lock system ,
An epoxy resin, comprising an epoxy compound having at least two mesogenic structures and at least one divalent biphenyl group, wherein at least one of the at least two mesogenic structures includes a structure represented by the following Formula : wherein each of R 3 to R 6 independently represents a hydrogen atom or an alkyl group of 1 to 3 carbon atoms.
A heterojunction solar cell comprising a first electrode layer, a second electrode layer comprising a metallic contact layer , a light-absorbing silicon layer and a passivating and conductive stack (PC) arranged between said light-absorbing silicon layer and at least one of the first and second electrode layers, wherein said passivating and conductive stack comprises a wide band gap material layer having an electronic band gap greater than 1.4eV and at least one doped silicon-based layer , said wide band gap material layer being applied on a surface of the light-absorbing silicon layer between said light-absorbing silicon layer and said doped silicon-based layer to form a a heat-resistant heterojunction, said heat resistant heterojunction being arranged for at least maintaining its passivating and conductive properties after thermal treatment thereof above 600°C, characterized in that an interface between said passivating and conductive stack (PC) and the light absorbing silicon layer has a very abrupt distribution of doping profile in which the intensity of dopants in said light absorbing silicon layer decays over at least one order of magnitude within a distance of less than 5 nm from said interface, said passivating and conductive stack (PC) and thermal treatment being configured to prevent dopants from diffusing from the passivating and conductive stack (PC) to the light absorbing silicon layer .
A cyclopropanation process comprising the step of reacting an alkene compound having at least one carbon-carbon double bond with at least one dihaloalkane in the presence of (i) particulate metal Zn, (ii) catalytically effective amount of particulate metal Cu or a salt thereof, (iii) at least one haloalkylsilane, and (iv) at least one solvent; thereby producing a cyclopropane derivative of said compound, wherein said at least one dihaloalkane is chlorobromomethane.
Method for the production of a heatable medium line , in particular for guiding and simultaneous post-heating of brewing water or of a freshly-brewed hot beverage in a hot beverage vending machine , wherein at least one heat transfer foil of a material having a heat conductivity at 0° of λ > 10 W/mK, preferably of λ > 50 W/mk and homogenizing the heat transfer via the hose line surface along a hose line is wound up on the outer side, and wherein an electric heating medium is applied onto the heat transfer foil , which medium serves to heat up the hose line surface, characterized in that on the outer side, the heat transfer foil is provided with a coating , preferably of a polymer, which coating allows for welding the heating medium onto the heat transfer foil .
Method for operating a plate processing plant , in which an observation area of the plate processing plant is observed by means of at least one first detection device , wherein • the first detection device acquires and recognizes images and/or detects sounds; • by means of the first detection device a variable relevant to the safe operation of the plate processing plant is determined , • by means of an evaluation device the existence of a situation relevant to safety and reliability in the operation of the plate processing plant is concluded from the determined variable, and • depending on the situation, the evaluation device decides whether an action is to be taken and, if so, which action is to be taken, • wherein the variable which is relevant for the safe operation of the plate processing plant and is determined by means of the first detection device is at least one of the following group: - presence of safety-relevant components; - damage to safety-relevant components; - presence and position of material flow relevant components; - damage to material flow relevant components; - identity , size , position in a transport and/or handling area of a work piece ; - operating noise of the panel processing system . • the first detection device acquires and recognizes images and/or detects sounds; • by means of the first detection device a variable relevant to the safe operation of the plate processing plant is determined , • by means of an evaluation device the existence of a situation relevant to safety and reliability in the operation of the plate processing plant is concluded from the determined variable, and • depending on the situation, the evaluation device decides whether an action is to be taken and, if so, which action is to be taken, • wherein the variable which is relevant for the safe operation of the plate processing plant and is determined by means of the first detection device is at least one of the following group: - presence of safety-relevant components; - damage to safety-relevant components; - presence and position of material flow relevant components; - damage to material flow relevant components; - identity , size , position in a transport and/or handling area of a work piece ; - operating noise of the panel processing system . - presence of safety-relevant components; - damage to safety-relevant components; - presence and position of material flow relevant components; - damage to material flow relevant components; - identity , size , position in a transport and/or handling area of a work piece ; - operating noise of the panel processing system .
An auger attachment system for an extendable boom having a first stage , and a second stage , the auger attachment system comprising: a fixed mounting configured to couple to an auger , the fixed mounting configured to couple to the second stage of the extendable boom ; and an extendable mounting comprising a fixed block , a linear actuator and a sled , wherein the sled is configured to couple to the auger and the fixed block is configured to couple to the first stage of the extendable boom ; wherein the linear actuator is configured to extend and retract the extendable mounting to transfer the auger from the extendable mounting to the fixed mounting , wherein the first stage is a fixed stage, and the second stage is a movable stage, and wherein the linear actuator moves the sled relative to both the movable stage and the fixed stage . a fixed mounting configured to couple to an auger , the fixed mounting configured to couple to the second stage of the extendable boom ; and an extendable mounting comprising a fixed block , a linear actuator and a sled , wherein the sled is configured to couple to the auger and the fixed block is configured to couple to the first stage of the extendable boom ; wherein the linear actuator is configured to extend and retract the extendable mounting to transfer the auger from the extendable mounting to the fixed mounting , wherein the first stage is a fixed stage, and the second stage is a movable stage, and wherein the linear actuator moves the sled relative to both the movable stage and the fixed stage .
A powered stapling device , comprising: a circular stapling head assembly ; an anvil ; a trocar coupled to the anvil and coupled to a motor , wherein the motor in configured to advance and retract the trocar; a control circuit coupled to the motor, characterized in that the control circuit is configured to: determine a position of the trocar in one of a plurality of zones; and set an anvil closure rate based on the determined position of the trocar, wherein the control circuit is further configured to: determine the closure rate of the trocar; determine the closure rate of the anvil; compare the closure rate of the trocar to the closure rate of the anvil to determine a difference between the closure rate of the trocar to the closure rate of the anvil; and at a difference greater than a predetermined value, extend and retract the trocar to reset the anvil. a circular stapling head assembly ; an anvil ; a trocar coupled to the anvil and coupled to a motor , wherein the motor in configured to advance and retract the trocar; a control circuit coupled to the motor, characterized in that the control circuit is configured to: determine a position of the trocar in one of a plurality of zones; and set an anvil closure rate based on the determined position of the trocar, determine a position of the trocar in one of a plurality of zones; and set an anvil closure rate based on the determined position of the trocar, wherein the control circuit is further configured to: determine the closure rate of the trocar; determine the closure rate of the anvil; compare the closure rate of the trocar to the closure rate of the anvil to determine a difference between the closure rate of the trocar to the closure rate of the anvil; and at a difference greater than a predetermined value, extend and retract the trocar to reset the anvil. determine the closure rate of the trocar; determine the closure rate of the anvil; compare the closure rate of the trocar to the closure rate of the anvil to determine a difference between the closure rate of the trocar to the closure rate of the anvil; and at a difference greater than a predetermined value, extend and retract the trocar to reset the anvil.
Method for controlling a reactive power output of a wind farm comprising a plurality of wind energy installations , a wind farm master and a line to a connection point for outputting generated electrical power to a grid , wherein the reactive power output of the wind farm is controlled by the wind farm master on the basis of a specified regime , characterized by during operation of the wind farm under normal grid conditions: - determining an actual reactive power output capability, - checking whether this capability is above an adjustable threshold value, - if this is the case, outputting reactive power according to the specified regime , - if this is not the case, changing over to a substitute regime , wherein the substitute regime differs from the specified regime in terms of the reactive power output in that it is more gentle and less reactive power is output, and wherein a control reserve is maintained. the reactive power output of the wind farm is controlled by the wind farm master on the basis of a specified regime , characterized by during operation of the wind farm under normal grid conditions: - determining an actual reactive power output capability, - checking whether this capability is above an adjustable threshold value, - if this is the case, outputting reactive power according to the specified regime , - if this is not the case, changing over to a substitute regime , wherein the substitute regime differs from the specified regime in terms of the reactive power output in that it is more gentle and less reactive power is output, and wherein a control reserve is maintained. - determining an actual reactive power output capability, - checking whether this capability is above an adjustable threshold value, - if this is the case, outputting reactive power according to the specified regime , - if this is not the case, changing over to a substitute regime , wherein the substitute regime differs from the specified regime in terms of the reactive power output in that it is more gentle and less reactive power is output, and wherein a control reserve is maintained.
A GaAs single-crystal of uniformly-high crystal-quality -oriented GaAs plane-family having Δx not smaller than 0.3 cm -1 and not greater than 30 cm -1 which is expressed in an expression 2 below, where x k represents a Raman shift of a peak attributed to oscillation of a transverse optical phonon of GaAs in a Raman spectrum measured at a kth point in measurement of Raman spectra at t points in at least one plane of a plane and a plane equivalent to the plane, x BL represents a Raman shift of an emission line peak of neon, and k and t are each a natural number greater than 0 Δ x 2 = ∑ k = 1 t x k − x BL t and the GaAs single-crystal being an n-type GaAs single-crystal for an optical device.
Motor support device , comprising an inner ring able to house a motor , an outer ring able to house the inner ring , in which at least one decoupling element is interposed between the inner ring and the outer ring , in which the motor support device comprises a cap which caps and closes the outer ring , in which the motor support device comprises at least one stop piece for limiting the relative movements of the inner ring with respect to the outer ring , in which the stop piece comprises a pin collaborating with at least one receiving housing , in which the pin is housed with clearance in the receiving housing , in which the cap comprises a tab in which the receiving housing is arranged.
An air conditioner comprising : a casing in which is formed a ventilation port (H1, H2) communicating with an air-conditioning target room to be air-conditioned; a heat exchanger housed within the casing , to perform heat exchange between the heat exchanger and air flowing into and out of the casing through the ventilation port (H1, H2); and a ventilation port cover comprising rigid portions that are rigid and bending portions that bend more easily than the rigid portions , enabling transformation between a first form and a second form in which the ventilation port cover is more compactly folded than when in the first form, the ventilation port cover in the first form being detachably fixed to the casing in a state that covers the ventilation port (H1, H2) from an interior of the casing ; wherein the ventilation port cover is flatly deployable; the air conditioner being characterized in that : the bending portions of the ventilation port cover , in a flatly deployed state of the ventilation port cover , include: (i) at least one first groove linearly extending in a first direction, and (ii) a plurality of second grooves each extending linearly in a second direction that intersects the first direction, the plurality of second grooves being aligned in the first direction. a casing in which is formed a ventilation port (H1, H2) communicating with an air-conditioning target room to be air-conditioned; a heat exchanger housed within the casing , to perform heat exchange between the heat exchanger and air flowing into and out of the casing through the ventilation port (H1, H2); and a ventilation port cover comprising rigid portions that are rigid and bending portions that bend more easily than the rigid portions , enabling transformation between a first form and a second form in which the ventilation port cover is more compactly folded than when in the first form, the ventilation port cover in the first form being detachably fixed to the casing in a state that covers the ventilation port (H1, H2) from an interior of the casing ; wherein the ventilation port cover is flatly deployable; the air conditioner being characterized in that : the bending portions of the ventilation port cover , in a flatly deployed state of the ventilation port cover , include: (i) at least one first groove linearly extending in a first direction, and (ii) a plurality of second grooves each extending linearly in a second direction that intersects the first direction, the plurality of second grooves being aligned in the first direction.
A medium for thermal transfer printing, the medium comprising: a support ; a release layer provided over the support ; and a thermally fusible ink layer provided over the release layer , wherein the release layer comprises a first styrene resin, wherein the thermally fusible ink layer comprises a second styrene resin and a polyester resin, and wherein a content ratio of the second styrene resin in the thermally fusible ink layer is higher than a content ratio of the first styrene resin in the release layer . a support ; a release layer provided over the support ; and a thermally fusible ink layer provided over the release layer , wherein the release layer comprises a first styrene resin, wherein the thermally fusible ink layer comprises a second styrene resin and a polyester resin, and wherein a content ratio of the second styrene resin in the thermally fusible ink layer is higher than a content ratio of the first styrene resin in the release layer .
A multilayered composite comprising porous metal oxide particles that are covalently bonded, by way of inorganic ether groups to one or more sites of a first polyhydroxyl-functionalized polymer, which is covalently bonded by way of inorganic ether groups to one or more sites of a second polyhydroxyl-functionalized polymer, wherein said inorganic ether groups are of the type O-M-O, where M is Si, Ti, Al, or B.
A wearable computing device comprising a hinge assembly , the wearable computing device comprising: a first component including a moveable tensioning guide , the first component including one or more computer components of the wearable computing device; a second component connected to the first component via a flexible band such that the first and second components are moveable relative to one another, the second component including one or more sensors of the wearable computing device; and a flexible interconnect disposed within the flexible band between the first component and the second component , the flexible interconnect routed around the moveable tensioning guide of the first component such that movement of the first component relative to the second component causes movement of the tensioning guide , said flexible interconnect is configured to pass one or both of data and power through the flexible band between the first component and the second component; where movement of the tensioning guide modifies a flexible path taken by the flexible interconnect during movement of the first and second components . a first component including a moveable tensioning guide , the first component including one or more computer components of the wearable computing device; a second component connected to the first component via a flexible band such that the first and second components are moveable relative to one another, the second component including one or more sensors of the wearable computing device; and a flexible interconnect disposed within the flexible band between the first component and the second component , the flexible interconnect routed around the moveable tensioning guide of the first component such that movement of the first component relative to the second component causes movement of the tensioning guide , said flexible interconnect is configured to pass one or both of data and power through the flexible band between the first component and the second component; where movement of the tensioning guide modifies a flexible path taken by the flexible interconnect during movement of the first and second components .
A system for correcting a deformity in first and second bone portions having a deformed position with respect to each other comprising: a cut guide fixable to each of the first and second bone portions in a deformed position, the cut guide having first and second angled cutting slots for resecting a wedge shaped bone from at least one of the first and second bone portions and first and second cut guide components adapted to contact the respective first and second bone portions ; a bone plate having first and second sections and superior and inferior surfaces , the inferior surface having a patient specific shape configured to match an outer surface of each of the first and second bone portions when the first and second bone portions are in a corrected position different than the deformed position; and at least two fixation elements for fixing the bone plate to the first and second bone portions in the corrected position, characterized in that the first and second cut guide components are connected by a joint mechanism . a cut guide fixable to each of the first and second bone portions in a deformed position, the cut guide having first and second angled cutting slots for resecting a wedge shaped bone from at least one of the first and second bone portions and first and second cut guide components adapted to contact the respective first and second bone portions ; a bone plate having first and second sections and superior and inferior surfaces , the inferior surface having a patient specific shape configured to match an outer surface of each of the first and second bone portions when the first and second bone portions are in a corrected position different than the deformed position; and at least two fixation elements for fixing the bone plate to the first and second bone portions in the corrected position, characterized in that the first and second cut guide components are connected by a joint mechanism .