mhurhangee/patent-ind-claim-en huggingface dataset:
A system for stabilization based on respiratory movement, the system comprising: a medical device configured to navigate inside of a patient ; a tracking sensor affixed on the medical device and configured to track a location of the medical device; at least one motion sensor adapted to be located on the patient and configured to sense respiratory movements of the patient; a computer configured to generate a respiratory model based on the respiratory movements sensed by the at least one motion sensor for a predetermined period, and to stabilize the location of the medical device based on the respiratory model after the predetermined period; and a display configured to display a graphical representation of the medical device based on the stabilized location on a pre-procedure two-dimensional image or three-dimensional model, characterized in that the computer is further configured to: (i) check an auto-correlation of the tracked locations of the medical device during the predetermined period; (ii) restart the predetermined period if the correlation is greater than a threshold; and (iii) generate a weight factor based on the respiratory model and the tracked locations of the medical device if the correlation is less than or equal to the threshold for the predetermined time period. a medical device configured to navigate inside of a patient ; a tracking sensor affixed on the medical device and configured to track a location of the medical device; at least one motion sensor adapted to be located on the patient and configured to sense respiratory movements of the patient; a computer configured to generate a respiratory model based on the respiratory movements sensed by the at least one motion sensor for a predetermined period, and to stabilize the location of the medical device based on the respiratory model after the predetermined period; and a display configured to display a graphical representation of the medical device based on the stabilized location on a pre-procedure two-dimensional image or three-dimensional model, characterized in that the computer is further configured to: (i) check an auto-correlation of the tracked locations of the medical device during the predetermined period; (ii) restart the predetermined period if the correlation is greater than a threshold; and (iii) generate a weight factor based on the respiratory model and the tracked locations of the medical device if the correlation is less than or equal to the threshold for the predetermined time period.
A cold-weather protection gear having batting, comprising: a lining that covers a user; a surface cloth that covers the lining; batting enclosed between the lining and the surface cloth; and a plurality of first linear members located between the lining and the surface cloth, and aligned at an interval in a second direction, and moreover extending in a first direction crossing the second direction, wherein each of the first linear members includes: at least one first core strand extending in the first direction; and a plurality of first effect strands extending from each of the first core strands to the periphery of the first core strands, characterised in that the plurality of first effect strands interlace with the batting. a lining that covers a user; a surface cloth that covers the lining; batting enclosed between the lining and the surface cloth; and a plurality of first linear members located between the lining and the surface cloth, and aligned at an interval in a second direction, and moreover extending in a first direction crossing the second direction, wherein each of the first linear members includes: at least one first core strand extending in the first direction; and a plurality of first effect strands extending from each of the first core strands to the periphery of the first core strands, at least one first core strand extending in the first direction; and a plurality of first effect strands extending from each of the first core strands to the periphery of the first core strands, characterised in that the plurality of first effect strands interlace with the batting.
A method for controlling an air conditioner outdoor unit, wherein said air conditioner outdoor unit comprises: a fan , a compressor, a wind direction adjusting device , at least one temperature sensor , a wind direction sensor and a controller , said controller is connected with said fan, said compressor, said wind direction adjusting device, and said temperature sensor respectively, and said method comprises: acquiring a working mode of the air conditioner outdoor unit; acquiring sensor parameters of said air conditioner outdoor unit according to said working mode, wherein said sensor parameters include: wind direction parameters read by said wind direction sensor or temperature parameters read by said temperature sensor ; determining control parameters for said air conditioner outdoor unit by said working mode and said sensor parameters corresponding to said working mode; driving a rotating speed of said fan and a rotating angle of said wind direction adjusting device using said control parameters. acquiring a working mode of the air conditioner outdoor unit; acquiring sensor parameters of said air conditioner outdoor unit according to said working mode, wherein said sensor parameters include: wind direction parameters read by said wind direction sensor or temperature parameters read by said temperature sensor ; determining control parameters for said air conditioner outdoor unit by said working mode and said sensor parameters corresponding to said working mode; driving a rotating speed of said fan and a rotating angle of said wind direction adjusting device using said control parameters.
A polymeric blend, comprising: a photoactive additive that is a cross-linkable polycarbonate resin containing (a) a photoactive group derived from a dihydroxybenzophenone and (b) an end-capping agent; and a polymer resin which is different from the photoactive additive , wherein the photoactive additive does not contain any soft block or soft aliphatic segments: and wherein the end-capping agent is selected from the group consisting of p-t-butvlphenol . p-cumylphenol, octylphenol, and p-cyanophenol. a photoactive additive that is a cross-linkable polycarbonate resin containing (a) a photoactive group derived from a dihydroxybenzophenone and (b) an end-capping agent; and a polymer resin which is different from the photoactive additive , wherein the photoactive additive does not contain any soft block or soft aliphatic segments: and wherein the end-capping agent is selected from the group consisting of p-t-butvlphenol . p-cumylphenol, octylphenol, and p-cyanophenol.
Zeolite adsorbent having the following characteristics: - the external surface area, measured by nitrogen adsorption, is between 20 m 2 . g-1 and 70 m 2 .g -1 , preferably between 20 m 2 .g -1 and 60 m 2 .g -1 , more preferably between 30 m 2 .g -1 and 60 m 2 .g -1 , even better still between 40 m 2 .g -1 and 60 m 2 .g -1 , limits included, - the mesopore volume (V meso ) is such that 0 < V meso ≤ 0.20 cm 3 .g -1 , preferably 0 < V meso ≤ 0.10 cm 3 .g -1 , measured by nitrogen adsorption, - the content of non-zeolite phase (NZP) is such that 0 < NZP ≤ 6%, preferably 0.5% ≤ NZP ≤ 6%, even better still 1% ≤ NZP ≤ 6%, more preferably 2% ≤ NZP ≤ 6%, advantageously 3% ≤ NZP ≤ 6%, by weight relative to the total weight of said adsorbent, and - at least one of the dimensions is greater than or equal to 30 μm, preferably greater than or equal to 50 μm, more preferably greater than or equal to 80 μm, each of the measurements being carried out on the zeolite adsorbent in its sodium-exchanged form. - the external surface area, measured by nitrogen adsorption, is between 20 m 2 . g-1 and 70 m 2 .g -1 , preferably between 20 m 2 .g -1 and 60 m 2 .g -1 , more preferably between 30 m 2 .g -1 and 60 m 2 .g -1 , even better still between 40 m 2 .g -1 and 60 m 2 .g -1 , limits included, - the mesopore volume (V meso ) is such that 0 < V meso ≤ 0.20 cm 3 .g -1 , preferably 0 < V meso ≤ 0.10 cm 3 .g -1 , measured by nitrogen adsorption, - the content of non-zeolite phase (NZP) is such that 0 < NZP ≤ 6%, preferably 0.5% ≤ NZP ≤ 6%, even better still 1% ≤ NZP ≤ 6%, more preferably 2% ≤ NZP ≤ 6%, advantageously 3% ≤ NZP ≤ 6%, by weight relative to the total weight of said adsorbent, and - at least one of the dimensions is greater than or equal to 30 μm, preferably greater than or equal to 50 μm, more preferably greater than or equal to 80 μm,
An x-ray gun comprising: an electron beam generator and an x-ray emission target rotatably positioned such that electrons from the electron beam generator irradiate a portion of an annular target region while the target rotates, the rotary x-ray emission target being arranged to generate x-rays in transmission mode and comprising: a support hub , mounted on a shaft defining a predetermined axis of rotation of the target, and a plurality of target plates , each consisting of target material, supported on the hub, wherein the plates are arranged on the hub to provide an annular target region about the axis of rotation, characterised in that : each of the target plates is anchored to an outer periphery of the hub at a relatively radially inward position of the plate and projects relatively radially outwardly of the hub. a support hub , mounted on a shaft defining a predetermined axis of rotation of the target, and a plurality of target plates , each consisting of target material, supported on the hub, wherein the plates are arranged on the hub to provide an annular target region about the axis of rotation, characterised in that : each of the target plates is anchored to an outer periphery of the hub at a relatively radially inward position of the plate and projects relatively radially outwardly of the hub.
Motorhome or caravan or similar touring or recreational vehicle, comprising a living area and a wet cell , wherein the wet cell comprises a plurality of sidewalls and comprises a three-dimensional volume which is defined by the sidewalls , wherein at least one sidewall is interrupted at least in one section, and the section contains a housing with a housing volume which is arranged so as to project into the three-dimensional volume of the wet cell and so as to reduce the three-dimensional volume of the wet cell , wherein the housing volume is accessible from a living area and is spatially separated from the three-dimensional volume of the wet cell , characterized in that a TV set is arranged in the housing volume .
Adjustment system, having a feed head which carries at least one tool blade and is held on a spindle in which an actuation element is guided which is adjustable approximately in the axial direction by a linear drive and is operatively connected to the feed head for radial adjustment of the tool blade , wherein a magnetostrictive measuring system is provided for detecting a stroke of the actuation element, having a waveguide which is mounted in the actuation element, and on which a permanent magnet ring is arranged, wherein a transducer part is held at the rear on the spindle , characterized in that the spindle is designed with an integrated direct drive arranged coaxially with the spindle axis, and in that the linear drive is arranged in the region of an end section of the actuation element which is led out of the spindle at the rear, and in that the permanent magnet ring is arranged on the waveguide in the region of the feed head.
A method of manufacturing a light emitting diode (LED), the method comprising: forming an n-type semiconductor layer on a substrate ; forming an n-type electrode in a first region of the n-type semiconductor layer ; forming an active layer in a second region of the n-type semiconductor layer , the second region being a region other than the first region; forming a p-type semiconductor layer on the active layer ; forming a p-type electrode on the p-type semiconductor layer ; etching a portion of a region, where the active layer , the p-type semiconductor layer , and the p-type electrode are stacked, from the p-type electrode to the active layer ;forming an insulating layer in the etched region, wherein the p-type electrode is divided into a first p-type electrode (60-1) and a second p-type electrode (60-2) by the insulating layer , and characterized in that the method further comprises forming a p-type pad only on one of the first p-type electrode (60-1) and the second p-type electrode (60-2), configured such that only one of the first p-type electrode (60-1) and the second p-type electrode (60-2) is electrically connected to an external substrate when the LED is mounted on the external substrate. forming an n-type semiconductor layer on a substrate ; forming an n-type electrode in a first region of the n-type semiconductor layer ; forming an active layer in a second region of the n-type semiconductor layer , the second region being a region other than the first region; forming a p-type semiconductor layer on the active layer ; forming a p-type electrode on the p-type semiconductor layer ; etching a portion of a region, where the active layer , the p-type semiconductor layer , and the p-type electrode are stacked, from the p-type electrode to the active layer ;forming an insulating layer in the etched region, wherein the p-type electrode is divided into a first p-type electrode (60-1) and a second p-type electrode (60-2) by the insulating layer , and characterized in that the method further comprises forming a p-type pad only on one of the first p-type electrode (60-1) and the second p-type electrode (60-2), configured such that only one of the first p-type electrode (60-1) and the second p-type electrode (60-2) is electrically connected to an external substrate when the LED is mounted on the external substrate.
A method for adhering structures comprising: applying an uncured resin-based adhesive compound to a surface of a first structure, said uncured resin-based adhesive compound comprising an encapsulated catalyst, said encapsulated catalyst encapsulated within a shell; contacting a surface of a second structure to the uncured resin-based adhesive compound present on the surface of the first structure to form a composite; exposing the composite and encapsulated catalyst to a predetermined temperature, the predetermined temperature being from 43°C (110°F) to 149°C (300°F); exposing the composite and encapsulated catalyst to a predetermined pressure, the predetermined pressure being from 621 kPa (90 psi) to 689 kPa (100 psi); and curing the uncured resin-based adhesive compound, wherein the shell has a melting point ranging from 38°C (100°F) to 149°C (300°F) and melts at the predetermined temperature. applying an uncured resin-based adhesive compound to a surface of a first structure, said uncured resin-based adhesive compound comprising an encapsulated catalyst, said encapsulated catalyst encapsulated within a shell; contacting a surface of a second structure to the uncured resin-based adhesive compound present on the surface of the first structure to form a composite; exposing the composite and encapsulated catalyst to a predetermined temperature, the predetermined temperature being from 43°C (110°F) to 149°C (300°F); exposing the composite and encapsulated catalyst to a predetermined pressure, the predetermined pressure being from 621 kPa (90 psi) to 689 kPa (100 psi); and curing the uncured resin-based adhesive compound,
Kneading machine for food doughs comprising a rotatable kneading bowl having in a bottom a central opening for the discharge of the food dough, and a closing device which is adapted to close the opening in an operating position by means of a movable closing body and to release the opening for the discharge of the food dough in a discharge position, the opening being at least partially surrounded by a wiper ring which is fastened to the kneading bowl and which is designed in such a way that it is in operative connection with its underside with the upper side of the closure body for wiping off a food dough located on the closure body when the closure body is moved from the operating position into the discharge position, and wherein the wiper ring is rotationally symmetrical, characterized in that the wiper ring has a circular-cylindrical base body with an opening , to which a conically widening sealing lip adjoins outwardly in the radial direction.
A plasma CVD apparatus (E1, E2, E3, E4) comprising a vacuum chamber , and a main roll and a plasma generation electrode in the vacuum chamber , wherein a thin film is formed on a surface of a long substrate which is conveyed along the surface of the main roll , wherein at least one side wall extending in transverse direction of the long substrate is provided on each of the upstream and downstream sides in the machine direction of the long substrate , and the side walls surrounds the film deposition space between the main roll and the plasma generation electrode , and the side walls are electrically insulated from the plasma generation electrode , characterized in that the side wall on either the upstream or the downstream side in the machine direction of the long substrate is provided with a gas supply hole , the gas supply hole is in the form of at least one row of gas supply holes aligned in the transverse direction of the long substrate, and the side wall on either the upstream or the downstream side in the machine direction of the long substrate which is not the one provided with the gas supply hole is provided with a gas exhaust opening , and the gas exhaust opening has a plurality of gas exhaust holes.
A three-dimensional scanner for obtaining shape information of an object body , the three-dimensional scanner comprising: a light source unit ; a detection unit for detecting light from the light source unit , the light being reflected on the object body ; a reference unit for being irradiated with a part of the light from the light source unit ; a varifocal unit capable of changing a focal position, the varifocal unit being a unit through which both of light from the light source unit to the detection unit via the object body and light from the light source unit to the detection unit via the reference unit travel at least once; a light path length adjustment unit for adjusting a length of a light path from the object body to the detection unit and a length of a light path from the reference unit to the detection unit ; a determination unit for determining a condition of the varifocal unit based on light that has been reflected on the reference unit and detected by a part of the detection unit ; and a calculation unit for calculating shape information of the object body from light detected by the detection unit , using information of the condition of the varifocal unit determined by the determination unit. a light source unit ; a detection unit for detecting light from the light source unit , the light being reflected on the object body ; a reference unit for being irradiated with a part of the light from the light source unit ; a varifocal unit capable of changing a focal position, the varifocal unit being a unit through which both of light from the light source unit to the detection unit via the object body and light from the light source unit to the detection unit via the reference unit travel at least once; a light path length adjustment unit for adjusting a length of a light path from the object body to the detection unit and a length of a light path from the reference unit to the detection unit ; a determination unit for determining a condition of the varifocal unit based on light that has been reflected on the reference unit and detected by a part of the detection unit ; and a calculation unit for calculating shape information of the object body from light detected by the detection unit , using information of the condition of the varifocal unit determined by the determination unit.
A coffee machine configured for providing coffee brew with reduced caffeine content comprising - a mixer configured for mixing coffee grind and a caffeine-reducing additive , the mixer having a coffee inlet for receiving the coffee grind , an additive inlet for receiving the caffeine-reducing additive , and a mixer outlet for providing a mixture of coffee grind and additive, and - a brewing unit configured for brewing the mixture of coffee grind and additive, the brewing unit having a brewing unit inlet and a brewing unit outlet for providing coffee brew, wherein the brewing unit inlet of the brewing unit is connected to the mixer outlet of the mixer for receiving the mixture of coffee grind and additive, the coffee machine being characterized by further comprising: - a grinder configured for grinding coffee beans and/or the additive, wherein the grinder is further configured as the mixer for mixing coffee grind and additive . - a mixer configured for mixing coffee grind and a caffeine-reducing additive , the mixer having a coffee inlet for receiving the coffee grind , an additive inlet for receiving the caffeine-reducing additive , and a mixer outlet for providing a mixture of coffee grind and additive, and - a brewing unit configured for brewing the mixture of coffee grind and additive, the brewing unit having a brewing unit inlet and a brewing unit outlet for providing coffee brew, wherein the brewing unit inlet of the brewing unit is connected to the mixer outlet of the mixer for receiving the mixture of coffee grind and additive, the coffee machine being characterized by further comprising: - a grinder configured for grinding coffee beans and/or the additive, wherein the grinder is further configured as the mixer for mixing coffee grind and additive . - a grinder configured for grinding coffee beans and/or the additive, wherein the grinder is further configured as the mixer for mixing coffee grind and additive .
A medical device comprising: an expandable frame having a first end, a second end, and a middle portion between said first end and said second end; a first apposition portion comprising a plurality of first apposition members , each of said first apposition members extending toward said middle portion, a first portion of each said first apposition members being oriented at a first angle in relation to a surface of said middle portion, a second portion of each said first apposition member being oriented at a second angle in relation to said surface of said middle portion, wherein said first angle is acute and is less than said second angle; and a second apposition portion comprising a plurality of second apposition members, each of said second apposition member extending toward said middle portion, a first portion of each said first apposition members being oriented at a third angle in relation to said surface of said middle portion, a second portion of each said second apposition members being oriented at a fourth angle in relation to said surface of said middle portion, wherein said third angle is acute and is less than said fourth angle; and wherein at least one said first apposition members is configured differently than one or more others of said first apposition members. an expandable frame having a first end, a second end, and a middle portion between said first end and said second end; a first apposition portion comprising a plurality of first apposition members , each of said first apposition members extending toward said middle portion, a first portion of each said first apposition members being oriented at a first angle in relation to a surface of said middle portion, a second portion of each said first apposition member being oriented at a second angle in relation to said surface of said middle portion, wherein said first angle is acute and is less than said second angle; and a second apposition portion comprising a plurality of second apposition members, each of said second apposition member extending toward said middle portion, a first portion of each said first apposition members being oriented at a third angle in relation to said surface of said middle portion, a second portion of each said second apposition members being oriented at a fourth angle in relation to said surface of said middle portion, wherein said third angle is acute and is less than said fourth angle; and