mhurhangee/ep-ind-claims huggingface dataset:
A method for utilizing proxy designation in a call system, comprising: receiving a call from a first user over a first connection with a first endpoint of the first user; receiving a proxy designation from the first user, the proxy designation comprising a proxy user designated to handle the call for the first user; establishing a second connection with the proxy user; and detecting the presence of the proxy user over the second connection, wherein detecting the presence of the proxy user comprises authenticating the proxy user using a password of the proxy user and wherein the proxy designation comprises a plurality of proxy users to handle the call for the first user. receiving a call from a first user over a first connection with a first endpoint of the first user; receiving a proxy designation from the first user, the proxy designation comprising a proxy user designated to handle the call for the first user; establishing a second connection with the proxy user; and detecting the presence of the proxy user over the second connection, wherein detecting the presence of the proxy user comprises authenticating the proxy user using a password of the proxy user and wherein the proxy designation comprises a plurality of proxy users to handle the call for the first user.
An electrostatic image developing toner comprising: toner core particles each containing at least a first resin and a colorant, and fine resin particles formed of a second resin, wherein the amount of the fine resin particles is 1% by mass to 20% by mass relative to the electrostatic image developing toner, wherein part of each of the fine resin particles is embedded in each of the toner core particles, and the remaining part of the fine resin particle is exposed on a surface of the toner core particle to form a protrusion, and wherein when a rate of the part of the fine resin particle to the fine resin particle is indicated by an embedment rate, an average of the embedment rates in the fine resin particles is 40% to 80%, wherein cross-sectional images obtained from cross-sectional surfaces of toner particles were used to measure the total areas of the fine resin particles embedded in or attached onto the toner core particles and the areas of parts embedded in the toner core particles, the thus-measured areas were used to calculate the embedment rate for each fine particle, and the embedment rates of 100 or more fine resin particles are averaged to calculate the average embedment rate. toner core particles each containing at least a first resin and a colorant, and fine resin particles formed of a second resin, wherein the amount of the fine resin particles is 1% by mass to 20% by mass relative to the electrostatic image developing toner, wherein part of each of the fine resin particles is embedded in each of the toner core particles, and the remaining part of the fine resin particle is exposed on a surface of the toner core particle to form a protrusion, and wherein when a rate of the part of the fine resin particle to the fine resin particle is indicated by an embedment rate, an average of the embedment rates in the fine resin particles is 40% to 80%, wherein cross-sectional images obtained from cross-sectional surfaces of toner particles were used to measure the total areas of the fine resin particles embedded in or attached onto the toner core particles and the areas of parts embedded in the toner core particles, the thus-measured areas were used to calculate the embedment rate for each fine particle, and the embedment rates of 100 or more fine resin particles are averaged to calculate the average embedment rate.
A process for preparing iron- and chrome-containing particles comprising the steps a) producing ore particles by mixing - in a first step chromite ore material, Chrome Ore Process Residue (COPR) and a reductant component, and - in second step the mixture obtained after the first step with water, b) drying the ore particles obtained after step a), and optionally c) reducing the ore particles obtained after step b) to produce metallised particles, characterized in that the COPR contains • chrome oxide (Cr 2 O 3): 7 to 13 weight-%, preferably 7,5 to 12,5 weight-%, • aluminium oxide (Al 2 O 3): 10 to 30 weight-%, preferably 18 to 24 weight-%, • iron oxide (FeO): 36 to 44 weight-%, preferably 37 to 42 weight-%, • iron oxide: (Fe 2 O 3) >0,5% weight-%, preferably >2 weight-%, • magnesium oxide (MgO): 9 to 18 weight-%, preferably 10 to 17 weight-%, • calcium oxide (CaO): < 10 weight-%, preferably < 5 weight-%, • silicium oxide (SiO 2): 0 to 3 weight-%, preferably 1 to 3 weight-%, • vanadium oxide (V 2 O 5): < 1 weight-%, preferably < 0.5 weight-%, • sodium oxide (Na 2 O): 0 to 5 weight-%, preferably 2 to 5 weight-%, and • sodium monochromate (Na 2 CrO 4): 0 to 4,7 weight-%, preferably < 0,0003 weight-%, whereas the weight-% refer to the weight of the COPR. a) producing ore particles by mixing - in a first step chromite ore material, Chrome Ore Process Residue (COPR) and a reductant component, and - in second step the mixture obtained after the first step with water, - in a first step chromite ore material, Chrome Ore Process Residue (COPR) and a reductant component, and - in second step the mixture obtained after the first step with water, b) drying the ore particles obtained after step a), and optionally c) reducing the ore particles obtained after step b) to produce metallised particles, • chrome oxide (Cr 2 O 3): 7 to 13 weight-%, preferably 7,5 to 12,5 weight-%, • aluminium oxide (Al 2 O 3): 10 to 30 weight-%, preferably 18 to 24 weight-%, • iron oxide (FeO): 36 to 44 weight-%, preferably 37 to 42 weight-%, • iron oxide: (Fe 2 O 3) >0,5% weight-%, preferably >2 weight-%, • magnesium oxide (MgO): 9 to 18 weight-%, preferably 10 to 17 weight-%, • calcium oxide (CaO): < 10 weight-%, preferably < 5 weight-%, • silicium oxide (SiO 2): 0 to 3 weight-%, preferably 1 to 3 weight-%, • vanadium oxide (V 2 O 5): < 1 weight-%, preferably < 0.5 weight-%, • sodium oxide (Na 2 O): 0 to 5 weight-%, preferably 2 to 5 weight-%, and • sodium monochromate (Na 2 CrO 4): 0 to 4,7 weight-%, preferably < 0,0003 weight-%,
L-glutamine or an L-glutamine salt for use in a method of treating diverticulosis, wherein the method comprises ingestion of 0.05 g/kg body weight to 10.0 g/kg body weight of the L-glutamine or L-glutamine salt per day by a person who has diverticulosis, wherein the L-glutamine or L-glutamine salt is administered once per day.
A method carried out by a transmitter for optimizing transmit beams from the transmitter to at least one receiver, comprising the steps of: a) transmitting a predetermined signal along a first transmit beam to a receiver; b) receiving a first carrier-to-interference ratio estimate from said receiver; c) adjusting said first transmit beam to form a second transmit beam to said receiver; d) receiving a second carrier-to-interference ratio estimate from said receiver; e) comparing said second carrier-to-interference ratio estimate to said first carrier-to-interference ratio estimate and to carrier-to-interference ratio estimates generated previously; and f) repeating said steps c), d), and e) and identifying a transmit beam corresponding to the greatest carrier-to-interference ratio estimate. a) transmitting a predetermined signal along a first transmit beam to a receiver; b) receiving a first carrier-to-interference ratio estimate from said receiver; c) adjusting said first transmit beam to form a second transmit beam to said receiver; d) receiving a second carrier-to-interference ratio estimate from said receiver; e) comparing said second carrier-to-interference ratio estimate to said first carrier-to-interference ratio estimate and to carrier-to-interference ratio estimates generated previously; and f) repeating said steps c), d), and e) and identifying a transmit beam corresponding to the greatest carrier-to-interference ratio estimate.
A single-serve capsule comprising at least two compartments, including a first compartment and a second compartment; wherein the first compartment comprises a liquid concentrate of an alcohol-free beer, said liquid beer concentrate having an ethanol content of 0-1 % ABV, wherein the second compartment comprises an alcoholic liquid containing 12-100 wt.% ethanol and 0-88 wt.% water, and wherein ethanol and water together constitute 80-100 wt.% of the alcoholic liquid.
A process for determining whether a gearbox that drives a rotor in a work vehicle is engaged in at least a first gear ratio or a second gear ratio, said process comprising the step of: determining from a calculation which of the first and second gear ratios said gearbox is engaged, characterised in that said process further comprises: repeating the step of determining a plurality of times; summing the results of said determinations; and selecting between the first and second gear ratios based at least upon the results of the step of summing. determining from a calculation which of the first and second gear ratios said gearbox is engaged, characterised in that said process further comprises: repeating the step of determining a plurality of times; summing the results of said determinations; and selecting between the first and second gear ratios based at least upon the results of the step of summing. repeating the step of determining a plurality of times; summing the results of said determinations; and selecting between the first and second gear ratios based at least upon the results of the step of summing.
An individual cellulose nanofibril decorated with magnetic nanoparticles that are distributed along the nanofibril, wherein the amount of magnetic nanoparticles adhering together or lying very close together at ≤ 5nm particle to particle inter-distance, in a collection composed of 20 or more magnetic nanoparticles, is less than 30%.
A drive support apparatus, comprising: an imaging section that captures a side peripheral image of a subject vehicle; a vehicle detecting section that detects another vehicle in the captured image; a distance detecting section that detects a distance between the subject vehicle and the other vehicle; a subject vehicle length information storage section that stores the length of the subject vehicle as subject vehicle length information; a superimposed image generating section that calculates a distance value which represents the detected distance in units of the length of the subject vehicle, based on the stored subject vehicle length information and the detected distance, and generates a superimposed image based on the calculated distance value, the superimposed image including a concatenation of images each having a length equal to the length of the subject vehicle; a display image generating section that synthesizes the generated superimposed image on the captured side peripheral image to generate a display image; and a display section that is installed in the subject vehicle and displays the generated display image. an imaging section that captures a side peripheral image of a subject vehicle; a vehicle detecting section that detects another vehicle in the captured image; a distance detecting section that detects a distance between the subject vehicle and the other vehicle; a subject vehicle length information storage section that stores the length of the subject vehicle as subject vehicle length information; a superimposed image generating section that calculates a distance value which represents the detected distance in units of the length of the subject vehicle, based on the stored subject vehicle length information and the detected distance, and generates a superimposed image based on the calculated distance value, the superimposed image including a concatenation of images each having a length equal to the length of the subject vehicle; a display image generating section that synthesizes the generated superimposed image on the captured side peripheral image to generate a display image; and a display section that is installed in the subject vehicle and displays the generated display image.
A wiper arm comprising: an arm head; an arm main body rotatably connected to the arm head through a hinge pin; biasing means for generating a biasing force to the rotation of the arm main body with respect to the arm head; and a link member rotatably attached to the arm head, the arm main body including an arm main body side spring seat, the link member including a link member side spring seat disposed opposite to the hinge pin with respect to the arm main body side spring seat, the biasing means being sandwiched between the arm main body side spring seat and the link member side spring seat, characterized in that the arm main body includes a hinge block which is a block member rotatably attached to the arm head, and that the arm main body side spring seat is provided to the hinge block, wherein the arm main body includes a shaft section extending from the hinge block, and wherein the biasing means is a coil spring which is disposed to be coaxial with the shaft section. an arm head; an arm main body rotatably connected to the arm head through a hinge pin; biasing means for generating a biasing force to the rotation of the arm main body with respect to the arm head; and a link member rotatably attached to the arm head, the arm main body including an arm main body side spring seat, the link member including a link member side spring seat disposed opposite to the hinge pin with respect to the arm main body side spring seat, the biasing means being sandwiched between the arm main body side spring seat and the link member side spring seat, characterized in that the arm main body includes a hinge block which is a block member rotatably attached to the arm head, and that the arm main body side spring seat is provided to the hinge block, wherein the arm main body includes a shaft section extending from the hinge block, and wherein the biasing means is a coil spring which is disposed to be coaxial with the shaft section.
Method for determining the distance of an object which contains at least one non-linear component, in particular a semiconductor component, and which, when irradiated with a high-frequency transmission signal, generates and re-emits an object signal (5-5") having double and/or triple the frequency of the transmission signal, the method comprising the features: a) the object is irradiated with a pulsed transmission signal, and the pulsed object signals which are induced by the non-linear component and have double and/or triple the frequency of the transmission signal are received; b) the time difference (Δt) between the transmission of the pulsed transmission signal and the reception of the object signal is then detected and the distance to the object is determined therefrom. a) the object is irradiated with a pulsed transmission signal, and the pulsed object signals which are induced by the non-linear component and have double and/or triple the frequency of the transmission signal are received; b) the time difference (Δt) between the transmission of the pulsed transmission signal and the reception of the object signal is then detected and the distance to the object is determined therefrom.
A support mechanism for a medical device comprising: an adjustable support (66, 466) including a plurality of elongate members (66a, 66b) rotatable relative to one another; a bracket (62, 162, 262, 362, 462) coupled to the adjustable support, wherein the bracket is adapted to be coupled to a first medical device that extends along a longitudinal axis; and an instrument holder (64, 164, 264, 464a-464d) that extends along a central axis, the instrument holder adapted to be coupled to a second medical device, the bracket and the instrument holder being oriented such that central axis (88, 88a-88d) of the instrument holder intersects the longitudinal axis at an angle; wherein the instrument holder is coupled to the bracket via an arm (68, 468), each of the instrument holder and the bracket being slidable along a length of the arm, wherein sliding one of the instrument holder and the bracket along the length of the arm changes the angle. an adjustable support (66, 466) including a plurality of elongate members (66a, 66b) rotatable relative to one another; a bracket (62, 162, 262, 362, 462) coupled to the adjustable support, wherein the bracket is adapted to be coupled to a first medical device that extends along a longitudinal axis; and an instrument holder (64, 164, 264, 464a-464d) that extends along a central axis, the instrument holder adapted to be coupled to a second medical device, the bracket and the instrument holder being oriented such that central axis (88, 88a-88d) of the instrument holder intersects the longitudinal axis at an angle; wherein the instrument holder is coupled to the bracket via an arm (68, 468), each of the instrument holder and the bracket being slidable along a length of the arm, wherein sliding one of the instrument holder and the bracket along the length of the arm changes the angle.
Vertical take-off and landing aircraft (100, 101, 102, 103) for transporting passengers or loads, having a plurality of, preferably similar and redundant, electric motors (3, 3a-m) and propellers (2, 2a-f) arranged substantially in one plane, wherein each propeller is assigned its own electric motor for driving the propeller, there being provided for the attitude regulation of the aircraft (100, 101, 102, 103) at least one attitude sensor (8a, 8aa-an) in operative signalling communication with at least one signal-processing unit (8b, 8ba-bn), which signal-processing unit is constructed and configured for automatically carrying out attitude regulation, taking into account measured data of the attitude sensor, by regulating the speed of at least some of the electric motors (3, 3a-m), preferably by action of signals on speed controllers (8da-8dm) assigned to the respective electric motors, so that the aircraft, without control inputs by a pilot or by remote control, is at all times positioned with the plane defined by the propellers (2, 2a-f) substantially horizontal in space, characterised in that the electric motors (3, 3a-m) and propellers (2, 2a-f) are arranged in at least one hexagonal basic pattern and the number of electric motors (3, 3a-m) and propellers (2, 2a-f) is at least twelve in each case.
Method for lubricating the cylinders of a roll stand, in particular for roll gap lubrication in a roll stand for a rolled strip, wherein a mixture made out of water and oil is produced by means of a mixing and spraying device which is supplied with water via a first supply line and with oil via a second supply line, and said mixture is sprayed onto the strip and/or into the roll gap and/or onto at least one of the cylinders of the roll stand, wherein the supply of oil is interrupted during a duration of a cleaning phase predetermined by a control unit by deactivating dosing pumps, characterised in that during said cleaning phase the water flowing to the mixing and spraying device is heated by means of a heating device which is permanently installed in the first supply line and is designed as a continuous flow heater.
A method performed by a shared Radio Network Node, RNN, for managing overload in at least one core network, wherein the shared RNN is a RNN comprising resources and handling radio resources that are shared between multiple sharing operators, wherein the shared RNN is configured to serve a wireless device, wherein the wireless device and the shared RNN are configured to operate in a wireless communications network connected to the at least one core network, and wherein the method is characterized by: - receiving a connection request from the wireless device, wherein the connection request comprises a mapping parameter configured to map to a Mobility Management Entity, MME, comprised in the at least one core network and connected to the shared RNN, wherein the MME is logically partitioned into several MMEs and configured to support multiple MME Codes, MMECs, each of which MMECs is pointing at a sharing operator out of the multiple sharing operators, and wherein the mapping parameter comprises an MMEC configured to map to one of the MMECs supported by the MME; and - rejecting or redirecting the connection request when the MMEC configured to map to one of the MMECs supported by the MME is associated with an overload action. - receiving a connection request from the wireless device, wherein the connection request comprises a mapping parameter configured to map to a Mobility Management Entity, MME, comprised in the at least one core network and connected to the shared RNN, wherein the MME is logically partitioned into several MMEs and configured to support multiple MME Codes, MMECs, each of which MMECs is pointing at a sharing operator out of the multiple sharing operators, and wherein the mapping parameter comprises an MMEC configured to map to one of the MMECs supported by the MME; and - rejecting or redirecting the connection request when the MMEC configured to map to one of the MMECs supported by the MME is associated with an overload action.
Bicycle saddle comprising a saddle shell, a saddle frame arranged on a lower side of the saddle shell, a saddle cushion arranged on the upper side of the saddle shell, and a cover layer spanning the saddle cushion, wherein the saddle cushion comprises at least two cushion elements (30, 32) overlapping each other at least in parts of a saddle edge, wherein at the saddle edge, where at least two cushion elements (30, 32) overlap each other, an edge region of the cover layer is arranged between the cushion elements (30, 32), characterized in that one of the cushion elements, has a protrusion, at the saddle edge, which protrusion protrudes into a recess, of the other cushion element (30, 32). a saddle shell, a saddle frame arranged on a lower side of the saddle shell, a saddle cushion arranged on the upper side of the saddle shell, and a cover layer spanning the saddle cushion, wherein the saddle cushion comprises at least two cushion elements (30, 32) overlapping each other at least in parts of a saddle edge, wherein at the saddle edge, where at least two cushion elements (30, 32) overlap each other, an edge region of the cover layer is arranged between the cushion elements (30, 32), characterized in that one of the cushion elements, has a protrusion, at the saddle edge, which protrusion protrudes into a recess, of the other cushion element (30, 32).
Heat cell, preferably for heating devices, with a fuel heated burner, at least one heat exchanger (6, 61, 62, 63, 64) for the heat transfer of the thermal energy of exhaust gases of the burner to at least one liquid medium, an exhaust gas pipe connection, and at least one condensate drain with an inlet, wherein the one or more heat exchanger (6, 61, 62, 63, 64) in the case of one heat exchanger (6, 61, 62, 63) is arranged in a housing and in the case of more than one heat exchangers (6, 61, 62, 63, 64) is arranged in at least one housing (2, 18), wherein the inlet into at least one condensate drain is arranged with a spacing (a) above the lowest point of at least one housing (2, 18) and part of the heat exchanger (6, 61, 63, 64) is arranged in or around the housing (2, 18) below the inlet into the condensate drain, characterised in that one or more displacement bodies (16, 17) are arranged in the housing (2, 18) to reduce the surface for the evaporation of condensate, the displacement bodies preferably reaching up to the height of the inlet into the condensate drain.