mhurhangee/patent-ind-claim-en huggingface dataset:
A method for configuring service, applied to an optical transport network device, called an OTN device, the method comprises receiving, by an OTN device at a radio remote unit side, called a RRU side, a multiframe structure indicator high-order overhead byte, called a MSI high-order overhead byte, sent by an OTN device at a building base band unit side, called a BBU side (S101); extracting information from the MSI high-order overhead byte and configuring line-side service data according to the information extracted from the MSI high-order overhead byte (S102); receiving a MSI low-order overhead byte sent by the OTN device at the BBU side (S103); and extracting information from the MSI low-order overhead byte and configuring client-side service data according to the information extracted from the MSI low-order overhead byte (S104). receiving, by an OTN device at a radio remote unit side, called a RRU side, a multiframe structure indicator high-order overhead byte, called a MSI high-order overhead byte, sent by an OTN device at a building base band unit side, called a BBU side (S101); extracting information from the MSI high-order overhead byte and configuring line-side service data according to the information extracted from the MSI high-order overhead byte (S102); receiving a MSI low-order overhead byte sent by the OTN device at the BBU side (S103); and extracting information from the MSI low-order overhead byte and configuring client-side service data according to the information extracted from the MSI low-order overhead byte (S104).
A light engine for a high intensity light comprising: a first ring having a first plurality of reflectors and light emitting diodes , the first ring having a planar surface mounting each of the plurality of reflectors in positional relation to a respective one of the plurality of light emitting diodes, characterized in that some of the plurality of reflectors are individually adjustable relative to the position of the respective light emitting diode to produce a precise beam pattern from the light emitting diode.
A subsystem for orienting articles (B), the subsystem comprising: a tool assembly comprising: a carriage : a first tool head having: a first article gripper rotationally coupled to the tool head ; a second article gripper rotationally coupled to the tool head and mounted adjacent to the first article gripper ; a first drive mechanism coupled to the first article gripper ; a second drive mechanism coupled to the second article gripper ; characterised in that the first tool head has: a sensor configured to observe two adjacent articles (B); a controller in communication with the first and second drive mechanisms and the sensor , the controller configured to determine the orientation of each of the two adjacent articles (B) and to control the first and second drive mechanisms to rotate each of the two adjacent articles (B) to a predefined orientation. a first tool head having: a first article gripper rotationally coupled to the tool head ; a second article gripper rotationally coupled to the tool head and mounted adjacent to the first article gripper ; a first drive mechanism coupled to the first article gripper ; a second drive mechanism coupled to the second article gripper ; a first article gripper rotationally coupled to the tool head ; a second article gripper rotationally coupled to the tool head and mounted adjacent to the first article gripper ; a first drive mechanism coupled to the first article gripper ; a second drive mechanism coupled to the second article gripper ; characterised in that the first tool head has: a sensor configured to observe two adjacent articles (B); a controller in communication with the first and second drive mechanisms and the sensor , the controller configured to determine the orientation of each of the two adjacent articles (B) and to control the first and second drive mechanisms to rotate each of the two adjacent articles (B) to a predefined orientation.
A light emitting device comprising: a light emitting structure comprising a first conductivity type semiconductor layer , an active layer and a second conductivity type semiconductor layer ; a first electrode disposed on the first conductivity type semiconductor layer ; an ohmic layer disposed on a predetermined area of the second conductivity type semiconductor layer , with partially exposing the second conductivity type semiconductor layer ; a reflection layer disposed on the ohmic layer ; a silicide layer disposed on the reflection layer and the partially exposed second conductivity type semiconductor layer and a conductive supporting substrate disposed on the silicide layer , wherein the silicide layer is covering the ohmic layer and the reflection layer , wherein the reflection layer is disposed between the ohmic layer and the silicide layer , wherein a current blocking layer is disposed between the second conductivity type semiconductor layer and the silicide layer , and in that the ohmic layer and the reflection layer are disposed on the second conductivity type semiconductor layer , characterized in that the ohmic layer and the reflection layer are further disposed on the current blocking layer . a light emitting structure comprising a first conductivity type semiconductor layer , an active layer and a second conductivity type semiconductor layer ; a first electrode disposed on the first conductivity type semiconductor layer ; an ohmic layer disposed on a predetermined area of the second conductivity type semiconductor layer , with partially exposing the second conductivity type semiconductor layer ; a reflection layer disposed on the ohmic layer ; a silicide layer disposed on the reflection layer and the partially exposed second conductivity type semiconductor layer and a conductive supporting substrate disposed on the silicide layer , wherein the silicide layer is covering the ohmic layer and the reflection layer , wherein the reflection layer is disposed between the ohmic layer and the silicide layer , wherein a current blocking layer is disposed between the second conductivity type semiconductor layer and the silicide layer , and in that the ohmic layer and the reflection layer are disposed on the second conductivity type semiconductor layer , characterized in that the ohmic layer and the reflection layer are further disposed on the current blocking layer .
An apparatus, comprising: a left-ventricular assist device , comprising: an impeller configured for insertion into a left ventricle of a heart of a subject; a delivery tube configured to pass, through an aorta of the subject, from outside the subject into the left ventricle, the delivery tube comprising an outer layer that varies along a length of the delivery tube such that a flexural rigidity of the delivery tube at a first portion (P1) of the delivery tube , which is configured to traverse an aortic valve of the subject, is less than the flexural rigidity at a second portion (P2) of the delivery tube , which is configured to traverse at least a portion of an aortic arch of the subject, and the flexural rigidity at the second portion is less than the flexural rigidity at a third portion (P3) of the delivery tube , which is configured to traverse a descending aorta of the subject; and a drive cable , which passes through the delivery tube and is configured to rotate the impeller so as to pump blood of the subject from the left ventricle into the aorta. an impeller configured for insertion into a left ventricle of a heart of a subject; a delivery tube configured to pass, through an aorta of the subject, from outside the subject into the left ventricle, the delivery tube comprising an outer layer that varies along a length of the delivery tube such that a flexural rigidity of the delivery tube at a first portion (P1) of the delivery tube , which is configured to traverse an aortic valve of the subject, is less than the flexural rigidity at a second portion (P2) of the delivery tube , which is configured to traverse at least a portion of an aortic arch of the subject, and the flexural rigidity at the second portion is less than the flexural rigidity at a third portion (P3) of the delivery tube , which is configured to traverse a descending aorta of the subject; and a drive cable , which passes through the delivery tube and is configured to rotate the impeller so as to pump blood of the subject from the left ventricle into the aorta.
An excavator comprising: an undercarriage ; an slewing upper structure rotatably mounted on the undercarriage ; attachments (4-6), mounted on the slewing upper structure , and including a boom , an arm , and an end attachment ; a boom cylinder configured to drive the boom ; a first hydraulic mechanism section configured to operate according to an operation of the attachments (4-6); a second hydraulic mechanism section , provided in an oil passage between a bottom-side oil chamber of the boom cylinder and the first hydraulic mechanism section , and configured to close when a lowering operation of the boom is not performed; and a control device , characterized in that : the control device releases a closed state of the second hydraulic mechanism section according to whether or not an unstable action of the excavator is generated, and controls a released state so that an acting velocity in a lowering direction of the boom is less than or equal to a predetermined reference. an undercarriage ; an slewing upper structure rotatably mounted on the undercarriage ; attachments (4-6), mounted on the slewing upper structure , and including a boom , an arm , and an end attachment ; a boom cylinder configured to drive the boom ; a first hydraulic mechanism section configured to operate according to an operation of the attachments (4-6); a second hydraulic mechanism section , provided in an oil passage between a bottom-side oil chamber of the boom cylinder and the first hydraulic mechanism section , and configured to close when a lowering operation of the boom is not performed; and a control device , characterized in that : the control device releases a closed state of the second hydraulic mechanism section according to whether or not an unstable action of the excavator is generated, and controls a released state so that an acting velocity in a lowering direction of the boom is less than or equal to a predetermined reference.
A lavatory dispensing device comprising a lavatory treatment composition which comprises up to 50%wt. of an adhesion promoter constituent based on a fatty alcohol polyglycol ether represented by the following structural formula (I): within which, R is an C 12 -C 24 aliphatic mono- or poly- alkene moiety, and n has a value of from 1 to 50; 1 - 25%wt. of an organic solvent constituent, which is liquid at room temperature (20°C); 0.5 - 25%wt. of a detersive surfactant constituent; to 100%wt. of water; optionally a co-adhesion promoter constituent, preferably based on one or more oxyalkylenated compounds; and, further optionally one or more further optional constituents which may impart a further aesthetic or technical benefit to the said lavatory treatment compositions.. up to 50%wt. of an adhesion promoter constituent based on a fatty alcohol polyglycol ether represented by the following structural formula (I): within which, R is an C 12 -C 24 aliphatic mono- or poly- alkene moiety, and n has a value of from 1 to 50; 1 - 25%wt. of an organic solvent constituent, which is liquid at room temperature (20°C); 0.5 - 25%wt. of a detersive surfactant constituent; to 100%wt. of water; optionally a co-adhesion promoter constituent, preferably based on one or more oxyalkylenated compounds; and, further optionally one or more further optional constituents which may impart a further aesthetic or technical benefit to the said lavatory treatment compositions..
An integrated inductor (L 0 ) comprising a common mode magnetic core , a differential mode magnetic core , and at least two windings ; the differential mode magnetic core comprises a second magnetic core and a third magnetic core , wherein ; the common mode magnetic core , the second magnetic core , and the third magnetic core are stacked in sequence in a first direction; each winding is located between the third magnetic core and the second magnetic core , and is wound on the common mode magnetic core and the second magnetic core ; and the at least two windings are spaced by the third magnetic core; wherein the third magnetic core and the second magnetic core enclose at least two mounting holes and each winding correspondingly passes through one of the mounting holes; wherein an axial direction of the at least two mounting holes intersect with the first direction; wherein the common mode magnetic core has a first through hole ; the second magnetic core is located on a side of the common mode magnetic core in an axial direction of the first through hole corresponding to the first direction, wherein the second magnetic core has a second through hole , and the second through hole is communicated with the first through hole ; each mounting hole is communicated with the second through hole ; and each winding correspondingly passes through one of the mounting holes, the second through hole , and the first through hole . ; the common mode magnetic core , the second magnetic core , and the third magnetic core are stacked in sequence in a first direction; each winding is located between the third magnetic core and the second magnetic core , and is wound on the common mode magnetic core and the second magnetic core ; and the at least two windings are spaced by the third magnetic core; wherein the third magnetic core and the second magnetic core enclose at least two mounting holes and each winding correspondingly passes through one of the mounting holes; wherein an axial direction of the at least two mounting holes intersect with the first direction; wherein the common mode magnetic core has a first through hole ; the second magnetic core is located on a side of the common mode magnetic core in an axial direction of the first through hole corresponding to the first direction, wherein the second magnetic core has a second through hole , and the second through hole is communicated with the first through hole ; each mounting hole is communicated with the second through hole ; and each winding correspondingly passes through one of the mounting holes, the second through hole , and the first through hole .
A stretchable film having stretchability, comprising a deodorant, an olefin-based resin and a filler, wherein the deodorant comprises a chemical adsorption deodorant, wherein the chemical adsorption deodorant contains silicon dioxide and zinc oxide, and wherein a content ratio between silicon dioxide and zinc oxide in the chemical adsorption deodorant is from 5:95 to 95:5 in terms of weight ratio. wherein the deodorant comprises a chemical adsorption deodorant, wherein the chemical adsorption deodorant contains silicon dioxide and zinc oxide, and wherein a content ratio between silicon dioxide and zinc oxide in the chemical adsorption deodorant is from 5:95 to 95:5 in terms of weight ratio.
A process for removal of mercury in a gas dehydration system comprising (a) adding a complexing agent to a recirculated glycol solvent as part of the glycol solution feed to the dehydration liquid contactor and recirculating continuously with the glycol solvent, (b) selectively reacting the complexing agent with mercury in the wet natural gas to remove the mercury from the dry natural gas product, (c) feeding the rich glycol with the complexing agent to a regenerator and heating to a temperature which causes decomposition of the non-volatile mercury species into volatile mercury species and continuously regenerating, wherein the overhead of the regenerator containing water and mercury vapor is contacted with an adsorbent.
A process for destroying per- and polyfluoroalkyl substances (PFAS) in an aqueous effluent by electro-oxidation comprising: concentrating the per- and polyfluoroalkyl substances using a filtration or sorbent technology; washing a filter or sorbent from the filtration or sorbent technology with a regenerant to generate a spent regenerant containing the per- and polyfluoroalkyl substances; providing an electrolytic cell with an anode electrode and a cathode electrode; contacting said regenerant with the anode electrode and the cathode electrode while a current of between 0.5 mA/cm 2 and 1 mA/cm 2 flows between said electrodes, thereby destroying the per- and polyfluoroalkyl substances by means of electro-oxidation to form a reclaimed regenerant; and reusing the reclaimed regenerant in the filtration or sorbent technology. concentrating the per- and polyfluoroalkyl substances using a filtration or sorbent technology; washing a filter or sorbent from the filtration or sorbent technology with a regenerant to generate a spent regenerant containing the per- and polyfluoroalkyl substances; providing an electrolytic cell with an anode electrode and a cathode electrode; contacting said regenerant with the anode electrode and the cathode electrode while a current of between 0.5 mA/cm 2 and 1 mA/cm 2 flows between said electrodes, thereby destroying the per- and polyfluoroalkyl substances by means of electro-oxidation to form a reclaimed regenerant; and reusing the reclaimed regenerant in the filtration or sorbent technology.
A coulter blade for altering soil and surface stubble, comprising: (a) a discoidal coulter blade configured with a blade hub and a blade circumference, the blade hub configured for detachably mounting the discoidal coulter blade to an implement; (b) a plurality of teeth configured integral with the blade circumference, each one of the plurality of teeth having a rounded gullet adjacent thereto, each one of the plurality of teeth and gullet having a cutting edge and a back edge , the back edge opposite the cutting edge , the cutting edge and the back edge linear with the blade circumference, the cutting edge configured to cut the surface stubble and the soil, the back edge configured for driving the discoidal coulter blade rotationally parallel to the blade circumference as the soil acts on the back edge , the gullet being rounded to continue the cut begun by the cutting edge ; (c) the cutting edge of a first half of the plurality of teeth and the gullet adjacent thereto being sharpened on a first lateral side and the cutting edge of a second half of the plurality of teeth and the gullet adjacent thereto being sharpened on a second lateral side , each tooth of the first half having two teeth of the second half adjacent and each tooth of the second half having two teeth of the first half adjacent thereby resulting in an alternating tooth pattern; (d) wherein the plurality of teeth is adapted to drive the coulter blade in a forward motion altering soil and surface stubble. (a) a discoidal coulter blade configured with a blade hub and a blade circumference, the blade hub configured for detachably mounting the discoidal coulter blade to an implement; (b) a plurality of teeth configured integral with the blade circumference, each one of the plurality of teeth having a rounded gullet adjacent thereto, each one of the plurality of teeth and gullet having a cutting edge and a back edge , the back edge opposite the cutting edge , the cutting edge and the back edge linear with the blade circumference, the cutting edge configured to cut the surface stubble and the soil, the back edge configured for driving the discoidal coulter blade rotationally parallel to the blade circumference as the soil acts on the back edge , the gullet being rounded to continue the cut begun by the cutting edge ; (c) the cutting edge of a first half of the plurality of teeth and the gullet adjacent thereto being sharpened on a first lateral side and the cutting edge of a second half of the plurality of teeth and the gullet adjacent thereto being sharpened on a second lateral side , each tooth of the first half having two teeth of the second half adjacent and each tooth of the second half having two teeth of the first half adjacent thereby resulting in an alternating tooth pattern; (d) wherein the plurality of teeth is adapted to drive the coulter blade in a forward motion altering soil and surface stubble.
A method for producing a saccharified mash comprising drawing out a part of a mash to be saccharified into a tank, heating the part, and returning the part and mixing with the remainder part, characterized in that the method comprises heating the drawn-out mash to be saccharified in a copper tube.
A buffer stopper comprising: a buffer body containing a rubber elastic body configured to be disposed between an end surface formed in a housing and an end surface formed in a shaft which is relatively movable in an axial direction with respect to the housing ; and a wear resistant sheet which is provided so as to surround an outer peripheral surface of the buffer body and which can contact an inner peripheral surface of the housing by expansion and deformation in a radial direction of the buffer body ; characterized in that the buffer stopper has a first metal ring configured to abut on the end surface formed in the housing , and a second metal ring configured to abut on the end surface formed in the shaft , wherein the buffer body is integrally provided between the metal rings , and in that the wear resistant sheet contains cloth having elasticity. a buffer body containing a rubber elastic body configured to be disposed between an end surface formed in a housing and an end surface formed in a shaft which is relatively movable in an axial direction with respect to the housing ; and a wear resistant sheet which is provided so as to surround an outer peripheral surface of the buffer body and which can contact an inner peripheral surface of the housing by expansion and deformation in a radial direction of the buffer body ; characterized in that the buffer stopper has a first metal ring configured to abut on the end surface formed in the housing , and a second metal ring configured to abut on the end surface formed in the shaft , wherein a first metal ring configured to abut on the end surface formed in the housing , and a second metal ring configured to abut on the end surface formed in the shaft , wherein the buffer body is integrally provided between the metal rings , and in that the wear resistant sheet contains cloth having elasticity.