mhurhangee/patent-ind-claim-en huggingface dataset:
Fluid fitting for a fluid line, having a base body , wherein the base body has at least a first channel entry and at least a second channel entry , wherein the first channel entry and the second channel entry are connected to a flow channel , wherein at least one insert space is formed in the base body , wherein at least one insert is introduced into the insert space , and wherein the flow channel runs at least partially through the insert , wherein the insert has at least a first insert part and at least a second insert part , characterized in that the first insert part and/or the second insert part has/have a convex bulge which projects into the flow channel .
A jack , adapted to be inserted into the thickness of a structural element (P) and to divert the flow of tensions in the material thereof, comprising: - a plate comprising a pair of faces, which faces have a trapezoidal profile, are parallel to one another and transversely spaced by a thickness of the plate , - at least one guide in the form of a prism or cylinder elongated along a longitudinal direction and comprising a groove which is extended along said longitudinal direction and adapted to slidably receive an oblique side of said plate ; characterized in that said plate is designed to be inserted into a vertical slit made in the structural element (P), said trapezoidal faces of the plate being intended to be arranged vertically once the plate is inserted into the slit, and in that the plate comprises a coil, adapted to exchange heat with said plate . - a plate comprising a pair of faces, which faces have a trapezoidal profile, are parallel to one another and transversely spaced by a thickness of the plate , - at least one guide in the form of a prism or cylinder elongated along a longitudinal direction and comprising a groove which is extended along said longitudinal direction and adapted to slidably receive an oblique side of said plate ;
A computer-implemented method of performing a well completion process, the computer-implemented method comprising: receiving a set of features for a first well proximate to a second well, the second well undergoing a hydraulic fracturing process for extraction of natural resources from underground formations (S600); inputting the set of features into a trained neural network ; providing, as output of the trained neural network, a probability of a fracture hit at a location associated with the set of features in the first well during a given completion stage of the hydraulic fracturing process in the second well (S604); determine a cluster spacing (112-1) for a plug-and-perforation design based on the probability of the fracture hit; and perform hydraulic fracturing using the plug-and-perforation design. receiving a set of features for a first well proximate to a second well, the second well undergoing a hydraulic fracturing process for extraction of natural resources from underground formations (S600); inputting the set of features into a trained neural network ; providing, as output of the trained neural network, a probability of a fracture hit at a location associated with the set of features in the first well during a given completion stage of the hydraulic fracturing process in the second well (S604); determine a cluster spacing (112-1) for a plug-and-perforation design based on the probability of the fracture hit; and perform hydraulic fracturing using the plug-and-perforation design.
A device adapted to be coupled to a fitting assembly defining a fluid passage to a tank assembly for causing turbulent flow in the tank assembly, the device comprising: a) a base portion having a cross-section, in a plane taken perpendicular to an axis (A-A) defined by a flow of fluid through the fluid passage, that allows the fluid to flow into the tank assembly when the device is coupled to the fitting assembly; b) a vane element configured to redirect fluid traversing the device along the axis (A-A) in a non-axial direction; characterized by c) a plurality of shoulder elements (55, 69, 274a-274d, 374a-374d) arranged at lateral edges of the vane element or both of the base portion and the vane element and adapted and configured for limiting axial insertion of the device into the fitting assembly . a) a base portion having a cross-section, in a plane taken perpendicular to an axis (A-A) defined by a flow of fluid through the fluid passage, that allows the fluid to flow into the tank assembly when the device is coupled to the fitting assembly; b) a vane element configured to redirect fluid traversing the device along the axis (A-A) in a non-axial direction; characterized by c) a plurality of shoulder elements (55, 69, 274a-274d, 374a-374d) arranged at lateral edges of the vane element or both of the base portion and the vane element and adapted and configured for limiting axial insertion of the device into the fitting assembly .
A wavelength variable interference filter comprising: a first substrate ; a first reflection film that is disposed on the first substrate ; a second substrate that opposes the first substrate; and a second reflection film that is disposed on the second substrate, the second reflection film facing the first reflection film , the second substrate including a movable portion and a holding portion , the holding portion surrounding an outer circumference of the movable portion and holding the movable portion , wherein the movable portion includes long (521A, B) and short sides (521C, D) in a plan view, and wherein the holding portion includes a long-side holding portion (522A, B) formed along a long side (521A, B) of the movable portion , and a short-side holding portion (522C, D) formed along a short side (521C, D) of the movable portion , characterized in that a thickness of the short-side holding portion (522C, D) is less than a thickness of the long-side holding portion (522A, B), and a rigidity of the short-side holding portion (522C, D) in a thickness direction of the second substrate is lower than a rigidity of the long-side holding portion (522A, B) in a thickness direction of the second substrate. a first substrate ; a first reflection film that is disposed on the first substrate ; a second substrate that opposes the first substrate; and a second reflection film that is disposed on the second substrate, the second reflection film facing the first reflection film , the second substrate including a movable portion and a holding portion , the holding portion surrounding an outer circumference of the movable portion and holding the movable portion , wherein the movable portion includes long (521A, B) and short sides (521C, D) in a plan view, and wherein the holding portion includes a long-side holding portion (522A, B) formed along a long side (521A, B) of the movable portion , and a short-side holding portion (522C, D) formed along a short side (521C, D) of the movable portion , characterized in that a thickness of the short-side holding portion (522C, D) is less than a thickness of the long-side holding portion (522A, B), and a rigidity of the short-side holding portion (522C, D) in a thickness direction of the second substrate is lower than a rigidity of the long-side holding portion (522A, B) in a thickness direction of the second substrate.
An operating device for doors and windows comprising a fixed frame and a mobile frame or leaf , the operating device comprising: - a box-shaped body shaped to match in a housing in a seat of the leaf ; - a wheel having a first circular stretch having a smooth surface and a second circular stretch which is toothed and housed in the box-shaped body ; the wheel having a coupling seat which, in use, can be engaged by a shaft of a control grip associated with the movable leaf ; the shaft coupling with the wheel passing through a corresponding seat made on the box-shaped body ; - a rod slidably inserted in the box-shaped body and having the relative ends, outside the box-shaped body , configured to be connected, in use, to movable closing/opening devices of the leaf located on the leaf ; the rod having a relative surface equipped with an operating rack meshing with the second circular toothed stretch of the wheel in such a way as to allow, by rotating the wheel , a sliding of the rod which is able to obtain, in succession, and starting from a closed position of the leaf to the fixed frame, a first position of opening of the leaf from the fixed frame and a second position opening of the leaf relative to the fixed frame different from the previous first opening; characterised in that it comprises a slider for selecting and locking the wheel which can be inserted stably inside the box-shaped body through a first through seat made in the box-shaped body ; the slider being positionable radially relative to the wheel and in such a way as to interfere with the rotation of the wheel , by abutment with a first tooth of one end of the second toothed circular stretch , and thus limit the rotation of the wheel only between the closed position of the leaf and a single open position of the leaf between said first and second open positions. - a box-shaped body shaped to match in a housing in a seat of the leaf ; - a wheel having a first circular stretch having a smooth surface and a second circular stretch which is toothed and housed in the box-shaped body ; the wheel having a coupling seat which, in use, can be engaged by a shaft of a control grip associated with the movable leaf ; the shaft coupling with the wheel passing through a corresponding seat made on the box-shaped body ; - a rod slidably inserted in the box-shaped body and having the relative ends, outside the box-shaped body , configured to be connected, in use, to movable closing/opening devices of the leaf located on the leaf ; the rod having a relative surface equipped with an operating rack meshing with the second circular toothed stretch of the wheel in such a way as to allow, by rotating the wheel , a sliding of the rod which is able to obtain, in succession, and starting from a closed position of the leaf to the fixed frame, a first position of opening of the leaf from the fixed frame and a second position opening of the leaf
A stent for use in vascular interventions, the stent comprising a first portion for placing in a first lumen and a second portion for placing in a region of a branch point at which the first lumen branches off a second lumen, the first portion comprising a plurality of rings linked together by first links , and the second portion comprising two or more rings linked by second links to the first portion and together, each ring in the second portion being defined by a meander pattern extending between opposed bends spaced apart along the stent and each second link comprising three straight portions joined by a bend between each pair of straight portions , characterised in that the respective meander lengths along the meander pattern of rings in the second portion are greater than the respective meander lengths along the meander pattern of rings in the first portion and the meander lengths in the second portion increase from one ring to the next towards a free end of the second portion , and wherein the first links have a first width, the second links have a second width and the second width is less than the first width.
An electronic device comprising: a motor ; a microphone ; a display which is capable of changing between an expanded state and a reduced state; and a processor , wherein the processor is configured to: receive a request for changing a state of the display area while an application using a sound received via the microphone is executed; drive the motor to change the state of the display area in response to the request; apply a first filter to a sound received via the microphone while changing the state of the display area; and apply a second filter different from the first filter to a sound received via the microphone in response to identifying that changing in the state of the display area is completed. a motor ; a microphone ; a display which is capable of changing between an expanded state and a reduced state; and a processor , wherein the processor is configured to: receive a request for changing a state of the display area while an application using a sound received via the microphone is executed; drive the motor to change the state of the display area in response to the request; apply a first filter to a sound received via the microphone while changing the state of the display area; and apply a second filter different from the first filter to a sound received via the microphone in response to identifying that changing in the state of the display area is completed. receive a request for changing a state of the display area while an application using a sound received via the microphone is executed; drive the motor to change the state of the display area in response to the request; apply a first filter to a sound received via the microphone while changing the state of the display area; and apply a second filter different from the first filter to a sound received via the microphone in response to identifying that changing in the state of the display area is completed.
A navigation device comprising - a turntable that can be rotated depending on a rotary control signal around an axis into at least two different rotary positions; - an inertial measuring unit that is arranged on the turntable and can be rotated together with the turntable; and - an evaluation unit for evaluating of measurement data of the inertial measuring unit ; wherein - by the evaluation unit the quality of the measurement data can be detected; characterized in that - by the evaluation unit a rotary control signal can be generated, if the determined quality does not reach a predetermined minimum quality, such that then the turntable is rotated to the respective other rotary position. - a turntable that can be rotated depending on a rotary control signal around an axis into at least two different rotary positions; - an inertial measuring unit that is arranged on the turntable and can be rotated together with the turntable; and - an evaluation unit for evaluating of measurement data of the inertial measuring unit ; wherein - by the evaluation unit the quality of the measurement data can be detected; characterized in that - by the evaluation unit a rotary control signal can be generated, if the determined quality does not reach a predetermined minimum quality, such that then the turntable is rotated to the respective other rotary position.
Scroll compressor with a compressor housing , a high-pressure chamber , a low-pressure chamber which is fluidically connected to the high-pressure chamber via an oil return channel , an oil return throttle being provided in the oil return channel , an orbiting displacement scroll which is arranged on a driven eccentric unit and engages in a fixed scroll , a sliding disc being arranged between the orbiting displacement scroll and the compressor housing , and a back-pressure chamber which adjoins the displacement scroll and is fluidically connected to the high-pressure chamber via a gas connection channel , wherein a gas connection throttle being provided in the gas connection channel , characterised in that the oil return channel and/or the gas connection channel extends through the sliding disc , wherein the sliding disc has the oil return throttle and/or the gas connection throttle . a compressor housing , a high-pressure chamber , a low-pressure chamber which is fluidically connected to the high-pressure chamber via an oil return channel , an oil return throttle being provided in the oil return channel , an orbiting displacement scroll which is arranged on a driven eccentric unit and engages in a fixed scroll , a sliding disc being arranged between the orbiting displacement scroll and the compressor housing , and a back-pressure chamber which adjoins the displacement scroll and is fluidically connected to the high-pressure chamber via a gas connection channel , wherein a gas connection throttle being provided in the gas connection channel , characterised in that the oil return channel and/or the gas connection channel extends through the sliding disc , wherein the sliding disc has the oil return throttle and/or the gas connection throttle .
A beard trimmer having a handle , a motor and a removable head portion , wherein the head portion comprises at least a first long hair cutter unit for trimming hair that comprises a first, non-foil type outer cutter and a first inner cutter , the first outer cutter is stacked onto the first inner cutter, the motor drives one or both of the first inner cutter and the first outer cutter in order to oscillate relative to the other in a direction along an axis and cut hair between the first inner cutter and the first outer cutter, a first comb unit is provided, the first comb unit is stacked over the first outer cutter, the first comb unit comprises comb teeth , a thickness of the comb teeth determines a hair trimming length, characterized in that the head portion further comprises a functional non shaving and non- trimming element , wherein the functional non shaving and non- trimming element is adapted for skin and/or hair treatment.
An electrical component , comprising: a magnetic core ; a 3D printed insulator , comprising: a first aperture disposed about a first portion of the magnetic core ; a first insulator passage extending through the insulator , encircling the first aperture ; a second aperture disposed about a second portion of the magnetic core ; a second insulator passage extending through the insulator , encircling the second aperture ; a first winding extending through the first insulator passage and configured to conduct an electrical current; and a first transition passage connecting the first insulator passage to the second insulator passage , wherein the first winding extends through the first insulator passage and the second insulator passage ; wherein the first insulator passage , the first transition passage , and the second insulator passage are configured to allow the insulator to act as a mold for forming the first winding . a magnetic core ; a 3D printed insulator , comprising: a first aperture disposed about a first portion of the magnetic core ; a first insulator passage extending through the insulator , encircling the first aperture ; a second aperture disposed about a second portion of the magnetic core ; a second insulator passage extending through the insulator , encircling the second aperture ; a first winding extending through the first insulator passage and configured to conduct an electrical current; and a first transition passage connecting the first insulator passage to the second insulator passage , wherein the first winding extends through the first insulator passage and the second insulator passage ; a first aperture disposed about a first portion of the magnetic core ; a first insulator passage extending through the insulator , encircling the first aperture ; a second aperture disposed about a second portion of the magnetic core ; a second insulator passage extending through the insulator , encircling the second aperture ; a first winding extending through the first insulator passage and configured to conduct an electrical current; and a first transition passage connecting the first insulator passage to the second insulator passage , wherein the first winding extends through the first insulator passage and the second insulator passage ; wherein the first insulator passage , the first transition passage , and the second insulator passage are configured to allow the insulator to act as a mold for forming the first winding .
Screening belt unit for a harvesting machine or harvested material transport device, in particular for a root crop harvester or a root crop transport belt, and for screening extraneous material out of a mixture comprising harvested material and extraneous material, wherein the screening belt unit comprises a screening belt which has at least two endless carriers , preferably in the form of carrier belts or chains, between which screening bars are arranged in a direction transversely to the conveying direction (F), characterized in that a connecting piece of variable shape is arranged between screening bars that follow one another in the conveying direction (F), such that different distances between screening bars that follow one another accompany a change in shape, resulting from force application, of the connecting piece.
An information reading apparatus , comprising: an information reading section reading data recorded on a reading target (50, C); a communication section that establishes radio communication with one or more other information reading apparatuses; a memory that records the data read by the information reading section ; a first determination section that, every time the data is read by the information reading section , determines whether the read data is unread data that has not been recorded yet in the memory ; a second determination section that determines whether data received from each of the other information reading apparatuses through the communication section is the unread data; and a control unit that controls data recorded in the memory , wherein: the control unit is configured to respectively execute following processes: i) To record the unread data in the memory , and transmit the unread data in the memory to the other information reading apparatus when the first determination section determines that the read data is the unread data, and ii) to record the data determined to be unread data by the second determination section in the memory . an information reading section reading data recorded on a reading target (50, C); a communication section that establishes radio communication with one or more other information reading apparatuses; a memory that records the data read by the information reading section ; a first determination section that, every time the data is read by the information reading section , determines whether the read data is unread data that has not been recorded yet in the memory ; a second determination section that determines whether data received from each of the other information reading apparatuses through the communication section is the unread data; and a control unit that controls data recorded in the memory , wherein: the control unit is configured to respectively execute following processes: i) To record the unread data in the memory , and transmit the unread data in the memory to the other information reading apparatus when the first determination section determines that the read data is the unread data, and ii) to record the data determined to be unread data by the second determination section in the memory . i) To record the unread data in the memory , and transmit the unread data in the memory to the other information reading apparatus when the first determination section determines that the read data is the unread data, and ii) to record the data determined to be unread data by the second determination section in the memory .