mhurhangee/patent-ind-claim-en huggingface dataset:
A single-mode optical fiber with ultralow loss and a large effective area, the bare optical fiber of the single-mode optical fiber comprises a core layer and a cladding layer in sequence from inside to outside, wherein the core layer comprises an inner core layer and an outer core layer which are arranged in sequence from inside to outside; the radius R 1 of the inner core layer is 2.7μm, and the relative refractive index n 1 of the inner core layer is -0.02%; the radius R 2 of the outer core layer is 5.7μm, and the relative refractive index n 2 of the outer core layer is -0.006%; the core layer is hardly doped with germanium, and is a silica glass layer doped with fluorine and an alkali metal oxide; the cladding layer comprises a depressed cladding layer and an outer cladding layer which are arranged in sequence from inside to outside; the radius R 3 of the depressed cladding layer is 47μm, the relative refractive index n 3 of the depressed cladding layer is -0.235%; the radius R 4 of the outer cladding layer is 62.5μm, and the outer cladding layer is a pure silica glass layer; the contributing refractive index of germanium in the inner core layer to the inner core layer is 0.02%, and the contributing refractive index of fluorine in the inner core layer to the inner core layer is -0.04%; the contributing refractive index of germanium in the outer core layer to the outer core layer is 0.04%, and the contributing refractive index of fluorine in the outer core layer to the outer core layer is -0.046%; an attenuation coefficient of the single-mode optical fiber at a wavelength of 1550nm is 0.158dB/km. the core layer comprises an inner core layer and an outer core layer which are arranged in sequence from inside to outside; the radius R 1 of the inner core layer is 2.7μm, and the relative refractive index n 1 of the inner core layer is -0.02%; the radius R 2 of the outer core layer is 5.7μm, and the relative refractive index n 2 of the outer core layer is -0.006%; the core layer is hardly doped with germanium, and is a silica glass layer doped with fluorine and an alkali metal oxide; the cladding layer comprises a depressed cladding layer and an outer cladding layer which are arranged in sequence from inside to outside; the radius R 3 of the depressed cladding layer is 47μm, the relative refractive index n 3 of the depressed cladding layer is -0.235%; the radius R 4 of the outer cladding layer is 62.5μm, and the outer cladding layer is a pure silica glass layer; the contributing refractive index of germanium in the inner core layer to the inner core layer is 0.02%, and the contributing refractive index of fluorine in the inner core layer to the inner core layer is -0.04%; the contributing refractive index of germanium in the outer core layer to the outer core layer is 0.04%, and the contributing refractive index of fluorine in the outer core layer to the outer core layer is -0.046%; an attenuation coefficient of the single-mode optical fiber at a wavelength of 1550nm is 0.158dB/km.
A vacuum cleaner nozzle comprising: - a sole provided with a lower face and a suction cavity opening onto the lower face , - a fork hingedly mounted on the sole via a front pivot connection (P1) defining a front pivot axis (X1) which extends transversely to a direction of displacement (D2) of the vacuum cleaner nozzle , - two main wheels intended to roll on a surface to be cleaned, the two main wheels being movably mounted in rotation on the fork about a wheel axis (A) which is substantially parallel to the front pivot axis (X1), and - a coupling sleeve to which a suction tube of a vacuum cleaner is intended to be attached, the coupling sleeve being fluidly connected to the suction cavity , characterized in that the nozzle vacuum cleaner further includes a connecting member mechanically connecting the coupling sleeve to the fork , the connecting member being hingedly mounted on the fork via a central pivot connection (P3) defining an axis of rotation (X3) which extends transversely to the front pivot axis (X1), and in that the wheel axis (A) is intersecting with the connecting member . - a sole provided with a lower face and a suction cavity opening onto the lower face , - a fork hingedly mounted on the sole via a front pivot connection (P1) defining a front pivot axis (X1) which extends transversely to a direction of displacement (D2) of the vacuum cleaner nozzle , - two main wheels intended to roll on a surface to be cleaned, the two main wheels being movably mounted in rotation on the fork about a wheel axis (A) which is substantially parallel to the front pivot axis (X1), and - a coupling sleeve to which a suction tube of a vacuum cleaner is intended to be attached, the coupling sleeve being fluidly connected to the suction cavity ,
An apparatus of a server operable to provide streaming with coordination of video orientation, CVO, the server comprising one or more processors and memory configured to: process, at the server , a device capability exchange message received from a client , wherein the device capability exchange message includes a CVO attribute; and modify, at the server , content to be streamed to the client based on the CVO attribute received in the device capability exchange message, wherein the content is modified by correcting a rendering orientation of a real-time transport protocol, RTP, stream for misalignment prior to delivery to the client when the CVO attribute included in the device capability exchange message indicates that the client is not an orientation-aware terminal. process, at the server , a device capability exchange message received from a client , wherein the device capability exchange message includes a CVO attribute; and modify, at the server , content to be streamed to the client based on the CVO attribute received in the device capability exchange message, wherein the content is modified by correcting a rendering orientation of a real-time transport protocol, RTP, stream for misalignment prior to delivery to the client when the CVO attribute included in the device capability exchange message indicates that the client is not an orientation-aware terminal.
A weak soil anchor device for anchoring one or more structures, wherein said device seen in a vertical operating position comprises: an elongate inner continuous open box construction with a triangular cross-section comprising a first wall surface , second wall surface and third wall surface , an outer continuous open box structure with a smaller vertical extent than the inner box structure and with a triangular cross-section consisting of a first outer wall surface , second outer wall surface and third outer wall surface , where the vertical center area of the first, second and third outer wall surfaces is connected to the inner elongate continuous open box structure in a lower region of respectively an outer edge area between the first and second wall surface , second and third wall surface and the third and first wall surface , and anchor brackets are arranged in a lower outer area of the weak soil anchor device , whereby the weak soil anchor device comprising the inner and outer box structure is lowered in use into the weak soils to a desired depth. an elongate inner continuous open box construction with a triangular cross-section comprising a first wall surface , second wall surface and third wall surface , an outer continuous open box structure with a smaller vertical extent than the inner box structure and with a triangular cross-section consisting of a first outer wall surface , second outer wall surface and third outer wall surface , where the vertical center area of the first, second and third outer wall surfaces is connected to the inner elongate continuous open box structure in a lower region of respectively an outer edge area between the first and second wall surface , second and third wall surface and the third and first wall surface , and anchor brackets are arranged in a lower outer area of the weak soil anchor device , whereby the weak soil anchor device comprising the inner and outer box structure is lowered in use into the weak soils to a desired depth.
A method of determining an authenticity of a consumable product , comprising: communicating, by a host device for the consumable product , with a listing engine that contains a list of identifiers for consumable products classified as non-authentic, wherein the list of identifiers is sorted by geography of failed authentication; wherein the communicating comprises: the host device indicating its location to the listing engine ; and the host device downloading a portion of the list corresponding to the location of the host device ; installing a consumable product in the host device where said consumable product stores a digital signature and an identifier in memory ; recognising that the consumable product is installed in the host device ; initiating, by the host device or the consumable product , an authentication session between the host device and the consumable product ; determining, by the host device , if the digital signature of the consumable product appears to be genuine; wherein, if the digital signature does appear to be genuine, the method comprises determining whether said consumable product identifier matches one of said identifiers classified as non-authentic for the downloaded portion of said list; and the method further comprises: denying an authentication request for said consumable product during the authentication session if said identifier of said consumable product is included in said portion of said list or if the digital signature does not appear to be genuine. communicating, by a host device for the consumable product , with a listing engine that contains a list of identifiers for consumable products classified as non-authentic, wherein the list of identifiers is sorted by geography of failed authentication; wherein the communicating comprises: the host device indicating its location to the listing engine ; and the host device downloading a portion of the list corresponding to the location of the host device ; the host device indicating its location to the listing engine ; and the host device downloading a portion of the list corresponding to the location of the host device ; installing a consumable product in the host device where said consumable product stores a digital signature and an identifier in memory ; recognising that the consumable product is installed in the host device ; initiating, by the host device or the consumable product , an authentication session between the host device and the consumable product ; determining, by the host device , if the digital signature of the consumable product appears to be genuine; wherein, if the digital signature does appear to be genuine, the method comprises determining whether said consumable product identifier matches one of said identifiers classified as non-authentic for the downloaded portion of said list; and the method further comprises: denying an authentication request for said consumable product during the authentication session if said identifier of said consumable product is included in said portion of said list or if the digital signature does not appear to be genuine.
A feederhouse assembly for an agricultural harvester , the feederhouse assembly comprising: a feederhouse comprising an inlet end ; a pitch frame adjacent the inlet end and arranged to pivot about a pivot axis relative to the feederhouse ; a hydraulic cylinder coupling the pitch frame to the feederhouse and configured to apply a hydraulic force to rotate the pitch frame upward; and characterized in that the feederhouse assembly further comprises a spring coupling the pitch frame to the feederhouse and configured to apply a spring force to rotate the pitch frame downward. a feederhouse comprising an inlet end ; a pitch frame adjacent the inlet end and arranged to pivot about a pivot axis relative to the feederhouse ; a hydraulic cylinder coupling the pitch frame to the feederhouse and configured to apply a hydraulic force to rotate the pitch frame upward; and characterized in that the feederhouse assembly further comprises a spring coupling the pitch frame to the feederhouse and configured to apply a spring force to rotate the pitch frame downward.
A rubber composition comprising a base elastomer, polyvinylpyrrolidone, a cellulosic fiber, and a curative.
A method for recording a conference call session established between a client device and a server device , the conference call session being associated with time indicators including a current time indicator , the method comprising: storing in a memory conference call content from the conference call session along with associated time indicators; receiving an instruction through an interface of the client device during the conference call session, wherein the instruction is generated based on a puck being moved to a position on a time bar , the time bar includes one or more specified time indicators of the associated time indicators for providing corresponding conference call content and the position on the time bar is associated with a particular time indicator of the associated time indicators, the one or more specified time indicators being different from time indicators corresponding to a start time and an end time of the conference call; and outputting on the client device , in response to receiving the instruction, the stored conference call content associated with the particular time indicator, wherein the particular time indicator is prior to the current time indicator , wherein the client device includes the memory; the method is characterised by storing in the memory only conference call content associated with the time indicators within a predetermined time interval; and deleting any remaining conference call content from the memory. storing in a memory conference call content from the conference call session along with associated time indicators; receiving an instruction through an interface of the client device during the conference call session, wherein the instruction is generated based on a puck being moved to a position on a time bar , the time bar includes one or more specified time indicators of the associated time indicators for providing corresponding conference call content and the position on the time bar is associated with a particular time indicator of the associated time indicators, the one or more specified time indicators being different from time indicators corresponding to a start time and an end time of the conference call; and outputting on the client device , in response to receiving the instruction, the stored conference call content associated with the particular time indicator, wherein the particular time indicator is prior to the current time indicator , wherein the client device includes the memory; the method is characterised by storing in the memory only conference call content associated with the time indicators within a predetermined time interval; and deleting any remaining conference call content from the memory.
An integrated circuit, comprising a first cell comprising a plurality of first poly lines (10, 50a∼50g) extending along a first direction, wherein the plurality of first poly lines (10, 50a∼50g) has a first uniform poly pitch (P1) and a first uniform poly line width (L1); a boundary cell being contiguous with the first cell , the boundary cell comprising n stripes of first dummy poly lines (30, 30a∼30c) and m stripes of second dummy poly lines extending along the first direction, wherein the n stripes of first dummy poly lines (30, 30a∼30c) have the first uniform poly pitch (P1) and the m stripes of second dummy poly lines have a second uniform pitch (P2), wherein the first cell is an L-shaped cell, and wherein the boundary cell has two common cell boundaries that are commonly shared with the first cell ; and a second cell being spaced apart from the first cell , wherein the second cell comprises a plurality of second poly lines extending along the first direction, wherein the plurality of second poly lines has the second uniform poly pitch (P2) and a second uniform poly line width (L2), and wherein the second uniform poly pitch (P2) is smaller than the first uniform poly pitch (P1).
Method of producing liquid pig iron, comprising the steps: i) preparing a direct reduced iron product (DRI product) with an iron content of at least 75.0 weight %, a carbon content of at least 0.10 weight % and a content of acidic and basic slag constituents, which is selected from the group comprising CaO, SiO 2 , MgO and Al 2 O 3 , of at most 15.0 weight %, ii) feeding the DRI product with addition of slag formers into an electrically operated smelting unit , iii) feeding further iron and/or carbon components up to a proportion of 30 weight % referred to the DRI product quantity into the electrically operated smelting unit , iv) smelting the DRI product as well as optionally the further iron and/or carbon components in the presence of the slag formers so that a liquid pig iron phase and a liquid slag phase are formed, v) setting the slag phase in such a way that this has a basicity of (CaO + MgO/SiO 2 ) of 0.95 to 1.5, vi) tapping the liquid pig iron phase and vii) tapping and granulating the slag phase . i) preparing a direct reduced iron product (DRI product) with an iron content of at least 75.0 weight %, a carbon content of at least 0.10 weight % and a content of acidic and basic slag constituents, which is selected from the group comprising CaO, SiO 2 , MgO and Al 2 O 3 , of at most 15.0 weight %, ii) feeding the DRI product with addition of slag formers into an electrically operated smelting unit , iii) feeding further iron and/or carbon components up to a proportion of 30 weight % referred to the DRI product quantity into the electrically operated smelting unit , iv) smelting the DRI product as well as optionally the further iron and/or carbon components in the presence of the slag formers so that a liquid pig iron phase and a liquid slag phase are formed, v) setting the slag phase in such a way that this has a basicity of (CaO + MgO/SiO 2 ) of 0.95 to 1.5, vi) tapping the liquid pig iron phase and vii) tapping and granulating the slag phase .
Method for biasing elevator movements of an elevator system comprising a destination control system and an input system, wherein an elevator car is called by an identification device of a passenger being read by the input system, characterized in that a signal-pattern that is produced by a passenger moving the respective identification device relative to parts of the input system, is recognized and the destination control system processes different programs depending on said signal-pattern, wherein the signal-pattern is a pattern consisting of one or more signals, wherein a preferred signal-pattern is a pattern comprising at least one short and/or at least one long signal, wherein the signals are especially produced via motions of the identification device relative to an input device of the input system, such as swipes, contacts, or other movements to and from a position where the identification device may be measured.
Front part of an aircraft bypass turbine engine comprising a fan surrounded by a fan casing as well as a reduction gear driving said fan , the front part of the turbine engine further comprising a gearbox as well as a mechanical power takeoff box driving the gearbox, the front part of the turbine engine comprising a first toothed wheel as well as a second toothed wheel forming part of the mechanical power takeoff box and driven by said first toothed wheel , characterised in that said first toothed wheel is constrained to rotate with a hub of the fan , in that the front part comprises a plurality of items of equipment, including an item of equipment for supplying the reduction gear with lubricant, the items of equipment being driven by the gearbox , and in that said plurality of items of equipment, as well as the gearbox , are arranged in an inter-duct compartment of the turbine engine.
A method of generating a variation of a load in a wireless power receiver, the method comprising: receiving, by a power receiver , power from a wireless power transmitter ; receiving, from the wireless power transmitter , a time set value that is set for checking cross connection; in response to the receiving the time set value, generating the variation of the load; maintaining the load as varied for time corresponding to the received time set value; and returning to an original load, upon a lapse of the time corresponding to the received time set value. receiving, by a power receiver , power from a wireless power transmitter ; receiving, from the wireless power transmitter , a time set value that is set for checking cross connection; in response to the receiving the time set value, generating the variation of the load; maintaining the load as varied for time corresponding to the received time set value; and returning to an original load, upon a lapse of the time corresponding to the received time set value.
Pellets comprising a fluororesin, each of the pellets, placed on a horizontal surface, having a substantially circular outline or a substantially elliptic outline and having a major axis D 1 of 3.1 mm or shorter and a minor axis D 2 of 3.1 mm or shorter when observed in the direction normal to the horizontal surface, characterized in that the pellets satisfy the following formula : D 1 + D 2 / 2 L = 1.8 to 2.6 wherein D 1 represents the major axis, D 2 represents the minor axis, and L represents the height from the horizontal surface to the highest point of the pellet, and the pellets satisfy that in a pellet fluidity test, 300 g of the pellets are discharged within 9.2 seconds, wherein the measurement of pellet diameter is carried out as follows: 20 g of the resulting pellets are weighed, the major axis D 1 and minor axis D 2 of each pellet relative to the horizontal surface, and the height L from the horizontal surface to the highest point of the pellet are measured with a caliper, and the average values of the measured values of the pellets are calculated, and wherein the pellet fluidity test is carried out as follows: 300 g of pellets are fed into a hopper of an apparent density tester according to JIS K 6891 or JIS K 6892, the cover of outlet is pulled off, and the period of time until the pellets entirely flowed out is measured. each of the pellets, placed on a horizontal surface, having a substantially circular outline or a substantially elliptic outline and having a major axis D 1 of 3.1 mm or shorter and a minor axis D 2 of 3.1 mm or shorter when observed in the direction normal to the horizontal surface, characterized in that the pellets satisfy the following formula : D 1 + D 2 / 2 L = 1.8 to 2.6 wherein D 1 represents the major axis, D 2 represents the minor axis, and L represents the height from the horizontal surface to the highest point of the pellet, and the pellets satisfy that in a pellet fluidity test, 300 g of the pellets are discharged within 9.2 seconds, wherein the measurement of pellet diameter is carried out as follows: 20 g of the resulting pellets are weighed, the major axis D 1 and minor axis D 2 of each pellet relative to the horizontal surface, and the height L from the horizontal surface to the highest point of the pellet are measured with a caliper, and the average values of the measured values of the pellets are calculated, and wherein the pellet fluidity test is carried out as follows: 300 g of pellets are fed into a hopper of an apparent density tester according to JIS K 6891 or JIS K 6892, the cover of outlet is pulled off, and the period of time until the pellets entirely flowed out is measured.
A compound of formula (I): or a salt thereof, wherein: A is selected from aryl, heteroaryl, and heterocyclyl, each of which may be optionally substituted with 1, 2, or 3 substituents; R 1 is C 6 -C 20 alkyl; R 2 is selected from hydrogen and -COOH; and n is 1 or 2. A is selected from aryl, heteroaryl, and heterocyclyl, each of which may be optionally substituted with 1, 2, or 3 substituents; R 1 is C 6 -C 20 alkyl; R 2 is selected from hydrogen and -COOH; and n is 1 or 2.