mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a segmented electrode, including the following steps: a. providing a pipe made of metal having an outer side and an inner side, wherein the inner side of the pipe forms a hollow space, b. arranging a support structure in the hollow space, so that the support structure mechanically stabilizes the pipe, c. forming intermediate spaces (130a, 130b, 130c) in the pipe, which define a plurality of segments (120a, 120b, 120c) in the pipe, d. introducing an electrically insulating material into the intermediate spaces (130a, 130b, 130c) and thus forming electrically insulating areas (140a, 140b, 140c), wherein a boundary layer is in each case defined between the segments (120a, 120b, 120c) and the areas (140a, 140b, 140c), e. cutting the pipe, so that several segmented ring-shaped electrodes are formed therefrom, f. removing the support structure from the pipe. a. providing a pipe made of metal having an outer side and an inner side, wherein the inner side of the pipe forms a hollow space, b. arranging a support structure in the hollow space, so that the support structure mechanically stabilizes the pipe, c. forming intermediate spaces (130a, 130b, 130c) in the pipe, which define a plurality of segments (120a, 120b, 120c) in the pipe, d. introducing an electrically insulating material into the intermediate spaces (130a, 130b, 130c) and thus forming electrically insulating areas (140a, 140b, 140c), wherein a boundary layer is in each case defined between the segments (120a, 120b, 120c) and the areas (140a, 140b, 140c), e. cutting the pipe, so that several segmented ring-shaped electrodes are formed therefrom, f. removing the support structure from the pipe.
A ventilation system for supplying conditioned air to rooms to be ventilated in a building having several rooms (I-III), said system includes a central air-treatment unit connected to an inlet (2, 2') for outside air, ventilation ducts, which are connected to an outlet of the central air-treatment unit and which have outlets leading into each room (I-III) to be ventilated in the building, and outlets from said rooms (I-III) leading into air ducts for passing air to the outside of the building, characterised in that said ventilation system further comprises a chamber (V, V'), said chamber (V, V') comprising a filter (18, 18'), an inlet (15, 15') connected to air outlets in at least one of said several rooms (I-III), an inlet for fresh air (19, 23, 24) and an outlet (16, 16') connected to air inlets in at least one of said several rooms (I-III), and said filter (18, 18') and said inlets (15, 15', 19, 23, 24) are arranged such that air from said inlet (15, 15') connected to air outlets in at least one room (I-III) is mixed with fresh air from said inlet for fresh air (19, 23, 24) and passed through said filter (18, 18') together with said fresh air, and said outlet (16, 16') is arranged such that the filtered mixture of air thereafter may be introduced back into said at least one of said rooms (I-III) via said outlets (16, 16'). a filter (18, 18'), an inlet (15, 15') connected to air outlets in at least one of said several rooms (I-III), an inlet for fresh air (19, 23, 24) and an outlet (16, 16') connected to air inlets in at least one of said several rooms (I-III), and
Connecting element (6b, 6c) for a protective device against animals, wherein the protective device has a grid composed of a plurality of bar-shaped elements (4a, 4b) which are arranged substantially in a first, upper plane and which are arranged parallel to a ground surface of a ground portion that extends substantially along a second, lower plane, wherein the grid is arranged spaced apart from the ground surface in a first vertical direction, wherein the grid has a first row of bar-shaped elements which each have a first longitudinal axis (L4a 1 -L4a n) and extend parallel to one another in a first horizontal direction, and wherein the grid has a second row of bar-shaped elements which each have a second longitudinal axis (L4b 1 -L4b n) and extend parallel to one another in a second horizontal direction, wherein the second horizontal direction is arranged substantially at a right angle to the first horizontal direction, and wherein the first horizontal direction and the second horizontal direction are arranged substantially at a right angle to the first vertical direction, wherein the connecting element (6b, 6c) is designed to receive at least one first bar-shaped element of the first row and at least one first bar-shaped element of the second row at at least one crossing point of a first bar-shaped element of the first row with a first bar-shaped element of the second row of the grid, wherein the connecting element (6b, 6c) has a first aperture for receiving a first bar-shaped element of the first row and a second aperture for receiving a bar-shaped element of the second row; wherein the first aperture has an axial extent which is arranged at a right angle to an axial extent of the second aperture such that a first bar-shaped element of the first row that is received in the first aperture and a first bar-shaped element of the second row of the grid that is received in the second aperture can cross one another in the connecting element (6b, 6c), characterized in that the connecting element has an upper portion and a lower portion, wherein two apertures are arranged in the upper portion and are designed in the form of a first, upwardly open channel for receiving a first bar-shaped element along the longitudinal axis (L4b) of the first bar-shaped element and in the form of a second, upwardly open channel, which is arranged at a right angle to the first channel, for receiving a second bar-shaped element along the longitudinal axis (L4b) of the second bar-shaped element, or in that the connecting element has two intersecting plate-shaped elements (18, 19) which are arranged at a right angle to one another and which each have a first through-opening for receiving a first bar-shaped element of the first row and which each have a second through-opening for receiving a first bar-shaped element of the second row.
A fiber coupled laser source comprising: a frequency-broadened narrowband seed source, comprising a narrowband seed source having a spectral width of less than 10GHz, wherein an output of the narrowband seed source is broadened to a spectral width of less than 50GHz; a depolarizer (120;122;122D) coupled to an output of the frequency-broadened narrowband seed source and configured to provide a depolarized output, wherein the depolarized output is depolarized on time scales shorter than 50ns; at least one amplifier coupled to an output of the depolarizer, wherein the amplifier is configured to receive and amplify the depolarized output; and an optical fiber connecting the seed source, the depolarizer and the at least one amplifier and configured to receive the amplified radiation from the at least one amplifier, the optical fiber comprising at least one segment of a Polarization Maintaining, PM, fiber having at least two optical axes (112A,112B), wherein the at least one PM fiber segment is located downstream from the depolarizer and is configured to split received depolarized radiation between the at least two optical axes thereof. a frequency-broadened narrowband seed source, comprising a narrowband seed source having a spectral width of less than 10GHz, wherein an output of the narrowband seed source is broadened to a spectral width of less than 50GHz; a depolarizer (120;122;122D) coupled to an output of the frequency-broadened narrowband seed source and configured to provide a depolarized output, wherein the depolarized output is depolarized on time scales shorter than 50ns; at least one amplifier coupled to an output of the depolarizer, wherein the amplifier is configured to receive and amplify the depolarized output; and an optical fiber connecting the seed source, the depolarizer and the at least one amplifier and configured to receive the amplified radiation from the at least one amplifier, the optical fiber comprising at least one segment of a Polarization Maintaining, PM, fiber having at least two optical axes (112A,112B), wherein the at least one PM fiber segment is located downstream from the depolarizer and is configured to split received depolarized radiation between the at least two optical axes thereof.
A milky beverage comprising a low milk content of less than 3.0% of non-fat milk solids, less than 1,000,000 lactic acid bacteria or yeast cells per 1 mL and from 0.0010-0.0600 g of the amino acid proline per 100 g of the milky beverage, wherein the milky beverage does not contain amino acids other than proline.
A method for checking and/or monitoring the leak tightness of a plurality of pneumatically or hydraulically actuated actuators of a machine, in particular a plurality of valve actuators of a medical treatment machine, wherein pressure is exerted on the actuators in different combinations during the operation of the machine; characterized in that the common pressure drop occurring during a stationary operating phase at the actuators on which pressure is exerted in the respective combination is measured for a plurality of different combinations of actuators on which pressure is exerted; and wherein for individual actuators and/or individual groups of actuators, a leak tightness value is respectively determined into which the pressure drop is taken which is measured for those combinations in which pressure was exerted on the respective actuator and/or the respective group of actuators.
A method of finishing a slot in a gas turbine engine, the method comprising: a) inserting a tool into the slot, wherein the tool includes: a head configured to be received in the slot; a first pad removably bonded to the head with adhesive, and a second pad removably bonded to the head with adhesive and disposed opposite from the first pad; and b) moving the first pad along a first channel at a first circumferential edge of the slot and moving the second pad along a second channel at a second circumferential edge of the slot circumferentially opposite the first edge; characterised in that the head includes a first rounded groove, the first pad is received in the first rounded groove, the head includes a second rounded groove, and the second pad is received in the second rounded groove. a) inserting a tool into the slot, wherein the tool includes: a head configured to be received in the slot; a first pad removably bonded to the head with adhesive, and a second pad removably bonded to the head with adhesive and disposed opposite from the first pad; and a head configured to be received in the slot; a first pad removably bonded to the head with adhesive, and a second pad removably bonded to the head with adhesive and disposed opposite from the first pad; and b) moving the first pad along a first channel at a first circumferential edge of the slot and moving the second pad along a second channel at a second circumferential edge of the slot circumferentially opposite the first edge;
An antenna module, comprising: a feed point; a ground plane; a main radiator, comprising a first portion, a second portion, and a third portion, wherein the first portion and the second portion extend from the feed point and meet at an intersection, the third portion at least comprises a first section and a second section, the first section of the third portion is connected to the intersection, and the second section is connected to the ground plane; and a parasitic radiator, connected to the second section and extending towards the first section of the third portion and having a coupling gap away from the first section, wherein a feed signal is configured to branch at the feed point and go through the first portion and the second portion and then merge at the intersection, and then sequentially go along the third portion and the ground plane to excite at a first frequency band and a second frequency band, and go along a part of the first section of the third portion, the coupling gap, the parasitic radiator, the second section of the third portion, and the ground plane to excite at a third frequency band. a feed point; a ground plane; a main radiator, comprising a first portion, a second portion, and a third portion, wherein the first portion and the second portion extend from the feed point and meet at an intersection, the third portion at least comprises a first section and a second section, the first section of the third portion is connected to the intersection, and the second section is connected to the ground plane; and a parasitic radiator, connected to the second section and extending towards the first section of the third portion and having a coupling gap away from the first section, wherein a feed signal is configured to branch at the feed point and go through the first portion and the second portion and then merge at the intersection, and then sequentially go along the third portion and the ground plane to excite at a first frequency band and a second frequency band, and go along a part of the first section of the third portion, the coupling gap, the parasitic radiator, the second section of the third portion, and the ground plane to excite at a third frequency band.
A film forming composition comprising: a polysilazane, an organic solvent, and an additive, wherein said additive is guanidines substituted by a hydrocarbyl group and represented by the following general formula: wherein R A s are each independently hydrogen or a monovalent C 1-20 hydrocarbyl group, or any two of R A s are bonded with a bivalent C 1-20 hydrocarbyl group to form a cyclic structure, or each two R A s of any four of R A s are bonded with a bivalent C 1-20 hydrocarbyl group to form two cyclic structures, provided that at least one of R A s is not hydrogen. a polysilazane, an organic solvent, and an additive, wherein said additive is guanidines substituted by a hydrocarbyl group and represented by the following general formula: wherein R A s are each independently hydrogen or a monovalent C 1-20 hydrocarbyl group, or any two of R A s are bonded with a bivalent C 1-20 hydrocarbyl group to form a cyclic structure, or each two R A s of any four of R A s are bonded with a bivalent C 1-20 hydrocarbyl group to form two cyclic structures, provided that at least one of R A s is not hydrogen. R A s are each independently hydrogen or a monovalent C 1-20 hydrocarbyl group, or any two of R A s are bonded with a bivalent C 1-20 hydrocarbyl group to form a cyclic structure, or each two R A s of any four of R A s are bonded with a bivalent C 1-20 hydrocarbyl group to form two cyclic structures, provided that at least one of R A s is not hydrogen.
Guiding device for guiding a shelf in a housing, with at least two guide units, each having a bearing rail, and a pull-out rail, movably mounted relative to the bearing rail and coupled or able to be coupled to the shelf, wherein the bearing rail has a first and a second mounting (23, 24), to which it is coupled in the operative condition with a support bar assembly of horizontal bars (15a, 15b) and vertical bars (16a, 16b) assigned to a side wall (64a, 64b) of the housing, wherein the first mounting is or may be fixed via a rotary bearing device to a first fastening section of the support bar assembly, and the second mounting is or may be fixed via a latching connection device to a second fastening section of the support bar assembly, wherein the rotary bearing device is so designed that the bearing rail may be shifted by means of a horizontal pivoting movement into the position of use in which it is locked releasably by the latching connection device to the support bar assembly, and wherein the first mounting has a rotary bearing section forming an integral part of the rotary bearing device for attachment to the first fastening section of the support bar assembly, in such a way that the rotary bearing section and first fastening section together form a hinge, pivotable around a vertical axis of rotation, wherein the rotary bearing section has a trough-shaped bar holder for attachment to the first fastening section formed on the vertical bar (16a, 16b), wherein the trough-shaped bar holder is formed by a curved tab matched to the cross-section of the assigned vertical bar (16a, 16b), characterised in that the tab has two tab arms (34a, 34b) lying vertically one above the other and between which is formed a slot running along the tab arms (34a, 34b) to hold an assigned horizontal bar (15a, 15b), in case the tab is attached to the first fastening section of an assigned vertical bar (16a, 16b).
A method comprising: determining a first location of a user of a mobile computing system; identifying, based on the first location, a first communication device in proximity to the first location; communicating a first signal to the first communication device; receiving, from the first communication device in response to the first communication device receiving the first signal, a first information payload based on the first location, wherein the first information payload is generated based on a signal received from another user's mobile computing system; presenting, to the user, at a first time during which the user is at the first location, video or audio data based on the first information payload; determining a second location of the user; identifying, based on the second location, a second communication device in proximity to the second location; communicating a second signal to the second communication device; receiving, from the second communication device in response to the second communication device receiving the second signal, a second information payload based on the second location; and presenting, to the user, at a second time during which the user is at the second location, video or audio data based on the second information payload. determining a first location of a user of a mobile computing system; identifying, based on the first location, a first communication device in proximity to the first location; communicating a first signal to the first communication device; receiving, from the first communication device in response to the first communication device receiving the first signal, a first information payload based on the first location, wherein the first information payload is generated based on a signal received from another user's mobile computing system; presenting, to the user, at a first time during which the user is at the first location, video or audio data based on the first information payload; determining a second location of the user; identifying, based on the second location, a second communication device in proximity to the second location; communicating a second signal to the second communication device; receiving, from the second communication device in response to the second communication device receiving the second signal, a second information payload based on the second location; and presenting, to the user, at a second time during which the user is at the second location, video or audio data based on the second information payload.
A method in a communication device for reducing power consumption in the communication device, wherein the communication device and a base station are comprised in a cellular communications network, the method comprising: measuring at least one antenna beam timing based on detecting a channel condition, obtaining information about an antenna beam of the base station, which antenna beam will be dynamically controlled via a dynamic directional antenna arrangement, wherein the communication device informs the base station of the measured at least one antenna beam timing, so that the antenna beam will be configured by the base station based on the measured at least one antenna beam timing, which antenna beam will be perceived by the communication device in time periods, which information relates to when in time a time period of the time periods starts and a duration of the time period, wherein the obtaining information about the antenna beam of the base station is performed by obtaining the information from the base station, and wherein a threshold on a channel quality required for uplink transmission is set such that a time duration when the threshold value is exceeded, the communication device is covered by the antenna beam, refraining from attempting to receive or transmit data using the antenna beam, when being out of the time periods, based on the obtained information, during which refraining, no power is consumed for attempting to receive or transmit data using the antenna beam. measuring at least one antenna beam timing based on detecting a channel condition, obtaining information about an antenna beam of the base station, which antenna beam will be dynamically controlled via a dynamic directional antenna arrangement, wherein the communication device informs the base station of the measured at least one antenna beam timing, so that the antenna beam will be configured by the base station based on the measured at least one antenna beam timing, which antenna beam will be perceived by the communication device in time periods, which information relates to when in time a time period of the time periods starts and a duration of the time period, wherein the obtaining information about the antenna beam of the base station is performed by obtaining the information from the base station, and wherein a threshold on a channel quality required for uplink transmission is set such that a time duration when the threshold value is exceeded, the communication device is covered by the antenna beam, refraining from attempting to receive or transmit data using the antenna beam, when being out of the time periods, based on the obtained information, during which refraining, no power is consumed for attempting to receive or transmit data using the antenna beam.
A femoral tunnel guide device comprising: a handle; a guide tube coupled to the handle and extending in one direction; an offset unit provided at a first end portion of the guide tube, wherein a separation distance from a virtual extension line of the guide tube to the offset unit is adjustable in another direction different to the one direction; and an offset controller connected to the offset unit and configured to control the separation distance between the offset unit and the guide tube, wherein the offset unit comprises: a connection portion extending from the guide tube; a tongue portion base provided at a first end portion of the connection portion; a guide portion configured to be inserted into or withdrawn from the guide tube; and one or more links (234, 235) connecting the tongue portion base and the guide portion, wherein the connection portion, the guide portion, the one or more links, and the tongue portion base form a four-section link. a handle; a guide tube coupled to the handle and extending in one direction; an offset unit provided at a first end portion of the guide tube, wherein a separation distance from a virtual extension line of the guide tube to the offset unit is adjustable in another direction different to the one direction; and an offset controller connected to the offset unit and configured to control the separation distance between the offset unit and the guide tube, wherein the offset unit comprises: a connection portion extending from the guide tube; a tongue portion base provided at a first end portion of the connection portion; a guide portion configured to be inserted into or withdrawn from the guide tube; and one or more links (234, 235) connecting the tongue portion base and the guide portion, wherein the connection portion, the guide portion, the one or more links, and the tongue portion base form a four-section link. a connection portion extending from the guide tube; a tongue portion base provided at a first end portion of the connection portion; a guide portion configured to be inserted into or withdrawn from the guide tube; and one or more links (234, 235) connecting the tongue portion base and the guide portion, wherein the connection portion, the guide portion, the one or more links, and the tongue portion base form a four-section link.