mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a wavelength converting component, wherein the wavelength converting component contains at least one wavelength converting material and a matrix material, and wherein the method comprises the following steps: (a) providing a dispersion containing a crosslinkable ceramizable material and at least one wavelength converting material, wherein the crosslinkable ceramizable material is a polymer containing a silazane repeating unit M 1; and (b) curing said dispersion at a temperature of > 300 to ≤ 500°C to obtain a wavelength converting component. wherein the wavelength converting component contains at least one wavelength converting material and a matrix material, and wherein the method comprises the following steps: (a) providing a dispersion containing a crosslinkable ceramizable material and at least one wavelength converting material, wherein the crosslinkable ceramizable material is a polymer containing a silazane repeating unit M 1; and (b) curing said dispersion at a temperature of > 300 to ≤ 500°C to obtain a wavelength converting component. (a) providing a dispersion containing a crosslinkable ceramizable material and at least one wavelength converting material, wherein the crosslinkable ceramizable material is a polymer containing a silazane repeating unit M 1; and (b) curing said dispersion at a temperature of > 300 to ≤ 500°C to obtain a wavelength converting component.
Spring ring for snap fitting a rotating bezel for a watch case middle part made of ceramic, the spring ring extending in a plane and being intended to be received in an annular groove arranged on a cylindrical outer rim of said middle part; characterised in that the spring ring comprises on the inner rim thereof at least one lug inclined in relation to the plane of the spring ring, said lug being intended to engage with a cylindrical outer surface of the watch case middle part, so as to index the position of the spring ring in relation to the middle part.
A method of forming a wellbore with a drilling assembly that comprises a drill string with an attached drill bit, the method comprising: obtaining values of the drilling assembly weights that were taken over a set time span and while the drilling assembly was rotating in the wellbore, while fluid was flowing through the drill string and was being discharged from nozzles that are on the drill bit, and while the drill string was axially stationary in the wellbore; and characterized by, calculating a TARE weight of the drilling assembly based on the values of the drilling assembly weights taken over the set time span. obtaining values of the drilling assembly weights that were taken over a set time span and while the drilling assembly was rotating in the wellbore, while fluid was flowing through the drill string and was being discharged from nozzles that are on the drill bit, and while the drill string was axially stationary in the wellbore; and characterized by, calculating a TARE weight of the drilling assembly based on the values of the drilling assembly weights taken over the set time span.
A non-invasive method for diagnosing Lyme disease in a subject, the method comprising the steps of: (a) obtaining a sample from said subject which is blood, and optionally diluting said blood, or which is derived from blood, (b) contacting said sample with a source of Borrelia antigens for up to 24 hours, (c) determining the expression level of a pro-inflammatory cytokine in said sample at the end of step (b), wherein said pro-inflammatory cytokine is IL-1β, (d) comparing said expression level to a reference value, preferably wherein said reference value is determined in a control sample, and (e) diagnosing Lyme disease in said subject when a detectable expression level or an increase of the expression level of IL-1β is determined in step (d). (a) obtaining a sample from said subject which is blood, and optionally diluting said blood, or which is derived from blood, (b) contacting said sample with a source of Borrelia antigens for up to 24 hours, (c) determining the expression level of a pro-inflammatory cytokine in said sample at the end of step (b), wherein said pro-inflammatory cytokine is IL-1β, (d) comparing said expression level to a reference value, preferably wherein said reference value is determined in a control sample, and (e) diagnosing Lyme disease in said subject when a detectable expression level or an increase of the expression level of IL-1β is determined in step (d).
A movement device for cutting torches, comprising a working head that can move along three Cartesian axes which are mutually perpendicular and that is designed to support a cutting torch for cutting mechanical pieces and the like, means being further comprised for combined rotary and translational motion of said cutting torch with respect to said working head in order to vary the inclination of the cutting flow with respect to said mechanical piece, said means for combined rotary and translational motion comprising a first pinion which is adapted to transmit the motion to a disk-like element supporting an articulated parallelogram structure (20, 21, 22) which in turn supports said cutting torch, in order to perform a complete rotation of said disk-like element and thus of said torch with respect to said working head, said movement device comprising said disk-like element and said articulated parallelogram (20, 21, 22), said means for combined rotary and translational motion further comprising a second pinion which is arranged coaxial to said first pinion and is actuated by further drive means, said movement device being characterised in that said second pinion is designed to actuate a conical pair of said movement device, wherein said conical pair is formed by a third and a fourth pinion, said fourth pinion being designed to transmit the motion to mechanical transmission elements which are integral with said articulated parallelogram structure (20, 21, 22), said third pinion being arranged coaxial to said first and second pinion (19, 25), said fourth pinion being arranged with its axis perpendicular to the axis of said third pinion.
A computer implemented method of jointly determining land cover and land use classifications of land from remotely sensed imagery of said land, the method comprising: for an input image illustrating a patch of land to be classified: i) segmenting objects within the input image; ii) determining for pixels in the input image a first conditional probability of a first land cover classification from a plurality of predefined land cover classifications using a machine learning network of a first type; iii) determining for segmented objects in the input image a second conditional probability of a first land use classification from a plurality of predefined land use classifications using a machine learning network of a second type, the machine learning system of the second type receiving the determined first conditional probability of a first land cover classification as an input thereto; and iv) iterating steps ii) and iii) above, using the second conditional probability as an input to the first determining step ii); wherein the iteration process produces land cover classification data for the pixels in the input image and land use classification data for the segmented objects in the input image. for an input image illustrating a patch of land to be classified: i) segmenting objects within the input image; ii) determining for pixels in the input image a first conditional probability of a first land cover classification from a plurality of predefined land cover classifications using a machine learning network of a first type; iii) determining for segmented objects in the input image a second conditional probability of a first land use classification from a plurality of predefined land use classifications using a machine learning network of a second type, the machine learning system of the second type receiving the determined first conditional probability of a first land cover classification as an input thereto; and iv) iterating steps ii) and iii) above, using the second conditional probability as an input to the first determining step ii); i) segmenting objects within the input image; ii) determining for pixels in the input image a first conditional probability of a first land cover classification from a plurality of predefined land cover classifications using a machine learning network of a first type; iii) determining for segmented objects in the input image a second conditional probability of a first land use classification from a plurality of predefined land use classifications using a machine learning network of a second type, the machine learning system of the second type receiving the determined first conditional probability of a first land cover classification as an input thereto; and iv) iterating steps ii) and iii) above, using the second conditional probability as an input to the first determining step ii); wherein the iteration process produces land cover classification data for the pixels in the input image and land use classification data for the segmented objects in the input image.
A system comprising: a processor; a memory storing a column ordering framework, for actuation by the processor, the column ordering framework being configured to carry out the method of any one of claims 8 to 11; wherein the statistics are sent from a workload manager module; and wherein the updated order for columns is determined by an order generating module. a processor; a memory storing a column ordering framework, for actuation by the processor, the column ordering framework being configured to carry out the method of any one of claims 8 to 11; wherein the statistics are sent from a workload manager module; and wherein the updated order for columns is determined by an order generating module. wherein the statistics are sent from a workload manager module; and wherein the updated order for columns is determined by an order generating module.
An adapter with at least one electronic component for mounting in a hole extending through or partly through a composite board, which includes at least two layers of electrically conducting material comprising a first layer and a second layer that are separated by at least one insulator of electrically insulating material, the adapter including one or more legs adapted for mounting in the hole to establish electric connection with said first layer, and where between the adapter and the board there is provided a watertight barrier, characterised in that the at least one component is fitted on a metal item which has a contact surface, and that the contact surface is in electrically and thermally conducting connection with a contact surface on said second layer when the adapter is mounted in the hole.
A method for operating an electronic device for verifying data integrity of a block device, the method comprising: providing a secure execution environment configured to monitor changes to data blocks of a block device; determining whether a secure marker is present, wherein the secure marker indicates that the block device is verified; in response to a determination that the secure marker is not present, generating a hash for changed data blocks of the block device in the secure execution environment; verifying a cryptographic signature regarding the hash for the changed data blocks in the secure execution environment. providing a secure execution environment configured to monitor changes to data blocks of a block device; determining whether a secure marker is present, wherein the secure marker indicates that the block device is verified; in response to a determination that the secure marker is not present, generating a hash for changed data blocks of the block device in the secure execution environment; verifying a cryptographic signature regarding the hash for the changed data blocks in the secure execution environment.
A continuous variable valve opening duration apparatus comprising: a camshaft; a cam unit comprising a cam (71, 72), and the camshaft being inserted into the cam (71, 72); a guide shaft comprising a guide screw thread and disposed perpendicular to the camshaft; a guide bracket on which the guide shaft is mounted; an inner wheel configured to transmit rotation of the camshaft to the cam unit; a wheel housing into which the inner wheel is rotatably inserted and movable perpendicular to the camshaft such that, when a relative position of the wheel housing with respect to the camshaft is changed, a relative rotation speed of the cam (71, 72) with respect to a rotation speed of the camshaft is changed, and the wheel housing being disposed within the guide bracket; a worm wheel comprising an inner screw thread and an outer screw thread, the inner screw thread being configured to engage with the guide screw thread, and the worm wheel being disposed within the wheel housing; a control shaft comprising a control worm configured to engage with the outer screw thread; and a wheel elastic portion configured to apply elastic force to the worm wheel to bring the worm wheel into close contact with the guide shaft and the control shaft. a camshaft; a cam unit comprising a cam (71, 72), and the camshaft being inserted into the cam (71, 72); a guide shaft comprising a guide screw thread and disposed perpendicular to the camshaft; a guide bracket on which the guide shaft is mounted; an inner wheel configured to transmit rotation of the camshaft to the cam unit; a wheel housing into which the inner wheel is rotatably inserted and movable perpendicular to the camshaft such that, when a relative position of the wheel housing with respect to the camshaft is changed, a relative rotation speed of the cam (71, 72) with respect to a rotation speed of the camshaft is changed, and the wheel housing being disposed within the guide bracket; a worm wheel comprising an inner screw thread and an outer screw thread, the inner screw thread being configured to engage with the guide screw thread, and the worm wheel being disposed within the wheel housing; a control shaft comprising a control worm configured to engage with the outer screw thread; and a wheel elastic portion configured to apply elastic force to the worm wheel to bring the worm wheel into close contact with the guide shaft and the control shaft.
A method for repairing, in case of cracking, the lining of the internal face of a fluid circulation gallery formed in a massif, method in which it is introduced in the gallery a thin film forming a sealing skin and provided, on its external face, with a plurality spacing members bearing to the internal face of the gallery for maintaining, between the latter and the sealing skin, an annular space that is filled with a hardenable grout, characterized in that the sealing skin is a thin metal wall, in that the hardenable grout is a foam of solidifiable plastic product, able to adhere to the internal face of the gallery and to the external face of the thin wall and in that the spacing members form an internal armouring buried in said solidifiable foam, so as to ensure a flexible securing of the tubular wall to the external massif allowing low deformations of said wall under the effect of external stresses, while maintaining the continuity of the lining.
Drying compound comprising, as percentages by weight with respect to the total weight of compound, from 0.5% to 20% by weight of an organic binder and from 50% to 85% of FGD gypsum exhibiting the following particle size characteristics: (i) a d 50 of between 36 and 70 μm and (ii) a span (d 90 - d 10 /d 50) of less than 2.
A plate heat exchanger comprising a casing that comprises a shell, and a top cover and a bottom cover that are connected to the shell to from an enclosure in the casing, a fluid separation device, a number of heat transfer plates that are joined to each other to form a plate stack that is arranged within the enclosure and has alternating first and second flow paths (11, 12) for a first fluid and a second fluid in between the heat transfer plates, the heat transfer plates having - central openings that form a central space in the plate stack and in which the fluid separation device is arranged, such that a first part of the central opening may act as a fluid inlet and a second part of the central opening may act as a fluid outlet for the first fluid, - first sides that act as a fluid entries for the second fluid, and second sides that are opposite the first sides and act as fluid exits for the second fluid, characterised in that an outer dimension of the plate stack is smaller than an inner dimension of the shell, such that a gap is formed between the shell and the plate stack, and a first fluid blocker and a second fluid blocker are arranged in the gap between the shell and the plate stack, for reducing a flow of the second fluid in the gap. - central openings that form a central space in the plate stack and in which the fluid separation device is arranged, such that a first part of the central opening may act as a fluid inlet and a second part of the central opening may act as a fluid outlet for the first fluid, - first sides that act as a fluid entries for the second fluid, and second sides that are opposite the first sides and act as fluid exits for the second fluid,
A tactile sensing device, comprising: a scanhead sub-assembly comprising: a scanhead comprising: a sensor array, the sensor array comprising: a first sensor comprising a first surface, a second sensor comprising a second surface, wherein the first sensor is configured to output a first voltage signal in response to a first change in a first pressure applied to the first surface, and the second sensor is configured to output a second voltage signal in response to a second change in a second pressure applied to the second surface; a needle guide comprising a proximal opening and a distal opening and a needle guide track therebetween configured to guide a needle; and a carriage, wherein the scanhead fits within an inner frame of the carriage, such that the scanhead is movable relative to the carriage allowing the scanhead sub-assembly to comprise a non-depressed state and a depressed state; and a frame comprising a scanning track, the scanning track receiving the carriage, wherein the carriage and the scanhead are translatable along the scanning track relative to the frame, while movably coupled thereto. a scanhead sub-assembly comprising: a scanhead comprising: a sensor array, the sensor array comprising: a first sensor comprising a first surface, a second sensor comprising a second surface, wherein the first sensor is configured to output a first voltage signal in response to a first change in a first pressure applied to the first surface, and the second sensor is configured to output a second voltage signal in response to a second change in a second pressure applied to the second surface; a needle guide comprising a proximal opening and a distal opening and a needle guide track therebetween configured to guide a needle; and a carriage, wherein the scanhead fits within an inner frame of the carriage, such that the scanhead is movable relative to the carriage allowing the scanhead sub-assembly to comprise a non-depressed state and a depressed state; and a scanhead comprising: a sensor array, the sensor array comprising: a first sensor comprising a first surface, a second sensor comprising a second surface, wherein the first sensor is configured to output a first voltage signal in response to a first change in a first pressure applied to the first surface, and the second sensor is configured to output a second voltage signal in response to a second change in a second pressure applied to the second surface; a needle guide comprising a proximal opening and a distal opening and a needle guide track therebetween configured to guide a needle; and a carriage, wherein the scanhead fits within an inner frame of the carriage, such that the scanhead is movable relative to the carriage allowing the scanhead sub-assembly to comprise a non-depressed state and a depressed state; and a frame comprising a scanning track, the scanning track receiving the carriage, wherein the carriage and the scanhead are translatable along the scanning track relative to the frame, while movably coupled thereto.
Panel construction comprising a main profile and a connecting part which can be connected to the main profile, wherein the main profile, which comprises two parallel profile parts connected to one another by transverse webs, and the connecting part have edge profiles at their end sections, which edge profiles run in the direction of the height and engage in one another in a form-fitting manner, and which edge profiles form, on the one hand, a hook which is aligned with the respective main profile and, on the other hand, a hook receptacle so that the outer surfaces of the main profile and of the connecting part form a common, continuous and flat surface, wherein a latching spring is assigned to the edge profile with the hook on the side of the hook receptacle opposite the hook, characterized in that the hook receptacle is retained under pretension between the hook and the latching spring.
Polymer composition, comprising a propylene polymer, wherein the propylene polymer displays a flow property of more than 26 cm at 600 bar, more than 35 cm at 1000 bar and more than 45 cm at 1400 bar, in a spiral flow test, wherein the propylene polymer is a random propylene copolymer comprising ethylene as only comonomer, and wherein the propylene polymer is not a heterophasic propylene copolymer, and wherein the polymer composition further comprises a nucleating agent.