mhurhangee/ep-ind-claims huggingface dataset:
A hearing assistance system for a wearer, comprising: a Bluetooth host device (302, 407) including a transmitter configured to send data including one or more encoded audio streams and a data channel having an advertisement that includes frequency information, frequency hop sequences, information for decoding audio streams, and security keys for decoding audio stream information; one or more Bluetooth slave devices (305, 402), identified by the Bluetooth host device, the Bluetooth slave devices (305, 402) including a Bluetooth receiver and configured to actively participate in a bidirectional connection with the host device (302, 407) to aid the transmitter of the Bluetooth host device (302, 407) in deciding which frequencies to use for frequency hopping and in determining which frequencies are being interfered with and should not be included in a channel map; and one or more hearing assistance devices configured to: receive the advertisement from the data channel; use the advertisement to eavesdrop on the connection between the Bluetooth host device (302, 407) and the one or more slave devices (305, 402); and receive the data including one or more encoded audio streams by way of the eavesdropping without having to transmit back to the Bluetooth host device (302, 407). a Bluetooth host device (302, 407) including a transmitter configured to send data including one or more encoded audio streams and a data channel having an advertisement that includes frequency information, frequency hop sequences, information for decoding audio streams, and security keys for decoding audio stream information; one or more Bluetooth slave devices (305, 402), identified by the Bluetooth host device, the Bluetooth slave devices (305, 402) including a Bluetooth receiver and configured to actively participate in a bidirectional connection with the host device (302, 407) to aid the transmitter of the Bluetooth host device (302, 407) in deciding which frequencies to use for frequency hopping and in determining which frequencies are being interfered with and should not be included in a channel map; and one or more hearing assistance devices configured to: receive the advertisement from the data channel; use the advertisement to eavesdrop on the connection between the Bluetooth host device (302, 407) and the one or more slave devices (305, 402); and receive the data including one or more encoded audio streams by way of the eavesdropping without having to transmit back to the Bluetooth host device (302, 407). receive the advertisement from the data channel; use the advertisement to eavesdrop on the connection between the Bluetooth host device (302, 407) and the one or more slave devices (305, 402); and receive the data including one or more encoded audio streams by way of the eavesdropping without having to transmit back to the Bluetooth host device (302, 407).
Method for self-testing the measuring accuracy of an electricity meter which is designed to form billing data, wherein consumption values and/or power values are determined from measured values of a measuring mechanism of the electricity meter and the consumption values and/or power values are compared with a predetermined modulation of a modulatable power consumer which is carried out by a testing device in order to monitor the function of the measuring mechanism.
A connection assembly for articulated chains which comprise mutually-pivoted links that are split between at least one initial link (3, 4) and at least one terminal link (5, 6), comprising: - transverse holes (7, 8, 9 of said initial link (3, 4) and said terminal link (5, 6), which are arranged in mutual alignment when said initial and terminal links (3, 4, 5, 6) are in the coupling configuration, - a master pin, with shape and dimensions substantially complementary to those of said holes (7, 8, 9) and adapted to be inserted into said holes (7, 8, 9) in order to couple said initial and terminal links (3, 4, 5, 6), characterised by - at least one elastic peg that is accommodated, with elastic forcing thereof, in at least one respective radial channel which is defined, in its outermost parts, on at least one link chosen from between said initial link (3, 4) and said terminal link (5, 6) and, in its innermost part, on said master pin. - transverse holes (7, 8, 9 of said initial link (3, 4) and said terminal link (5, 6), which are arranged in mutual alignment when said initial and terminal links (3, 4, 5, 6) are in the coupling configuration, - a master pin, with shape and dimensions substantially complementary to those of said holes (7, 8, 9) and adapted to be inserted into said holes (7, 8, 9) in order to couple said initial and terminal links (3, 4, 5, 6), characterised by - at least one elastic peg that is accommodated, with elastic forcing thereof, in at least one respective radial channel which is defined, in its outermost parts, on at least one link chosen from between said initial link (3, 4) and said terminal link (5, 6) and, in its innermost part, on said master pin.
A disc brake arrangement comprising - a brake disc, - a brake calliper assembly with a brake calliper, and - a brake dust particle filter with a filter housing and a filter medium arranged in sections in the filter housing, characterized in that the filter medium projects beyond the filter housing in circumferential direction of the brake disc and rests in a sealing manner against the brake calliper assembly. - a brake disc, - a brake calliper assembly with a brake calliper, and - a brake dust particle filter with a filter housing and a filter medium arranged in sections in the filter housing,
An apparatus for rehabilitation exercises, consisting of a base and actuating mechanisms attached to it, components for attaching different parts of the patient's body to the actuating mechanisms, sensors for the state of the actuating mechanisms, a control block, a personal computer with the master program, the outputs of which are connected - via the control block - to actuating mechanisms, while their inputs are connected with the sensors of the state of the actuating mechanisms, an electric power and a compressed air sources, characterised in that the base is made of two parallel longitudinal guides with components that attach the guides to a firm, stationary base above the patient; the apparatus further comprises traverses arranged to slide along the guides, each traverse carries the actuating mechanisms, each made in the form of an assembly, consisting of a pneumatic cylinder with a plunger, an electric motor with a pulley on the output shaft, an actuating member in the form of a polymer monofilament or a flexible non-extendable cord with a smooth polymer coating, whereby the actuating member passes through a butt-end seal of the pneumatic cylinder, and its one end is connected with the plunger, its middle part is in the groove of the pulley of the electric motor, and its other end is designed to be attached to the suspension component supporting a particular part of the patient's body; the control block of each actuation mechanism includes a controller, an electric current sensor, a pressure sensor, an encoder and an electrically driven pneumatic distributor; the working chamber space of each pneumatic cylinder is linked with the pressure sensor and, via the electrically driven pneumatic distributor, with the compressed air source; the encoder is located on the shaft of the electric motor, the outputs of all the control block sensors are connected to the input of the controller, one output of which is connected, via an electric current sensor, with the electric motor, while the other output is connected with the electrically driven pneumatic distributor.
A membrane electrode assembly comprising: an electrode consisting of lanthanum strontium cobalt complex oxide or consisting of a composite of lanthanum strontium cobalt complex oxide and an electrolyte material; and a first solid electrolyte membrane represented by a composition formula of BaZr 1-x Yb x O 3-δ (0 < x < 1), wherein the electrode is in contact with the first solid electrolyte membrane. an electrode consisting of lanthanum strontium cobalt complex oxide or consisting of a composite of lanthanum strontium cobalt complex oxide and an electrolyte material; and a first solid electrolyte membrane represented by a composition formula of BaZr 1-x Yb x O 3-δ (0 < x < 1), wherein the electrode is in contact with the first solid electrolyte membrane.
Device (9; 109; 209) for attaching to a chassis of a vehicle a cylinder (50; 150; 250) comprising a ball (51; 151; 251) of a ball joint, comprising: - a support element (110; 210) which can be mounted on the chassis; and - a ball joint housing (130; 230), which comprises a ball socket (131; 231) of the ball joint against which the ball (51; 151; 251) can lie, wherein the ball joint housing (130; 230) is attached releasably to the support element (110; 210), characterized in that the ball joint housing (130; 230) is attached releasably to the support element (110; 210) by means of a first bayonet connection. - a support element (110; 210) which can be mounted on the chassis; and - a ball joint housing (130; 230), which comprises a ball socket (131; 231) of the ball joint against which the ball (51; 151; 251) can lie, wherein the ball joint housing (130; 230) is attached releasably to the support element (110; 210),
A tyre comprising a tread portion, wherein the tread portion is provided with a plurality of inclined grooves inclined with respect to a tyre circumferential direction, and each of the inclined grooves includes a first portion arranged on a crown region (Cr) side, a second portion arranged on a shoulder region (Sh) side, and a third portion connecting between the first portion and the second portion, characterized in that in a ground contacting surface of the tread portion, the third portion has a groove width (Wb) smaller than the first portion and the second portion, the third portion includes an outer portion arranged on the ground contacting surface side and an inner portion arranged radially inside the outer portion, and the inner portion has a groove width larger than the outer portion. the tread portion is provided with a plurality of inclined grooves inclined with respect to a tyre circumferential direction, and each of the inclined grooves includes a first portion arranged on a crown region (Cr) side, a second portion arranged on a shoulder region (Sh) side, and a third portion connecting between the first portion and the second portion, characterized in that in a ground contacting surface of the tread portion, the third portion has a groove width (Wb) smaller than the first portion and the second portion, the third portion includes an outer portion arranged on the ground contacting surface side and an inner portion arranged radially inside the outer portion, and the inner portion has a groove width larger than the outer portion.
An organ perfusion solution comprising: a base solution comprising a physiological mixture of electrolytes and buffers; and 3.5-5.5% (w/v) a first macromolecule having a molecular weight of 40-100 kDa, characterised in that the solution comprises a second, high molecular weight, macromolecule having a molecular weight of 350-600 kDa and that the solution has a viscosity relative to water of 2.0-3.0. a base solution comprising a physiological mixture of electrolytes and buffers; and 3.5-5.5% (w/v) a first macromolecule having a molecular weight of 40-100 kDa, characterised in that the solution comprises a second, high molecular weight, macromolecule having a molecular weight of 350-600 kDa and that the solution has a viscosity relative to water of 2.0-3.0.
Gas-insulated medium voltage switchgear with a circuit breaker pole part arrangement in a gastight compartment of the switchgear, and with a drive arrangement for switching actuation of the circuit breaker, wherein the drive as well as the pole part arrangement is fixed on a common plate or frame, which is provided with a gastight sealing, and is closing the aforesaid compartment gastightly in such, that in the completely mounted position of the plate or frame, the pole parts are positioned inside, and the drive is positioned outside the aforesaid gastight compartment, wherein the drive is a standardized circuit breaker drive is adaptable to switchgear arrangements with different pole distances (x, y), and that the plate or frame is provided with holes, in which gastight mechanical feedtroughs are arranged in, through which the drive is coupled with each of the vacuum interrupters in the pole parts, and that by predefinable positioning of the holes, the plate or frame can easily be adapted to the pole distance (x, y) in the gastight compartment, characterized in that for a three phase arrangement of circuit breaker pole parts in one gastight compartment, the drive is coupled with one common main shaft, which transforms a rotational movement of the drive into a linear movement for each vacuum interrupter in such, that via a curve disc the rotational movement of the main shaft will be transformed into a linear movement of a movable contact of the vacuum interrupter by three pairs of levers, and that the adaption to a predefined pole part distance (x) or (y) is realized only by exchange of the common shaft and the coupling rod, adapted to the desired pole distance, and that said levers are coupled by means of a coupling rod which is moved by the levers in perpendicular direction to the axis of the rod, and that the coupling rod is via its choosen length, adapted to the pole distance, used in the switchgear.
Case with a case body for receiving and transporting objects and with transport means, which are arranged in the region of a bottom side and/or a back side of the case body, wherein a handle arrangement is arranged at the case, which handle arrangement enables in a basic position a maneuvering of the case along a substantially horizontal surface and enables in a special position a gliding or rolling maneuvering of the case along a staircase or an inclined surface, wherein: - the handle arrangement is convertible from the basic position into the special position by a swivel movement; - the handle arrangement comprises at least a first side rail (202.1, 202.2, 202.3) and a second side rail (202.1, 202.2, 202.3), wherein said side rails (202.1, 202.2, 202.3) run in parallel, and wherein the first side rail (202.1, 202.2, 202.3) is pivotally attached to a side of the case body by a first joint element and wherein the second side rail (202.1, 202.2, 202.3) is pivotally attached to an opposite side of the case body by a second joint element and - the joint elements each comprise a base plate, which is attached to the case body, and a cover, wherein the cover is connected to the handle arrangement and wherein the cover together with the handle arrangement is rotatable around an axis with respect to the base plate. - the handle arrangement is convertible from the basic position into the special position by a swivel movement; - the handle arrangement comprises at least a first side rail (202.1, 202.2, 202.3) and a second side rail (202.1, 202.2, 202.3), wherein said side rails (202.1, 202.2, 202.3) run in parallel, and wherein the first side rail (202.1, 202.2, 202.3) is pivotally attached to a side of the case body by a first joint element and wherein the second side rail (202.1, 202.2, 202.3) is pivotally attached to an opposite side of the case body by a second joint element and - the joint elements each comprise a base plate, which is attached to the case body, and a cover, wherein the cover is connected to the handle arrangement and wherein the cover together with the handle arrangement is rotatable around an axis with respect to the base plate.
A compound of general formula: X1-X2-X3-Pro-X4-Pro-X5, wherein X1 is selected from the group formed by H, Ac-, Palm-; X2 is selected from the group formed by Trp, Tyr; X3 is selected from the group formed by Trp, Tyr; X4 is selected from the group formed by Lys, Orn, Dbu, Dpr, Arg; X5 is selected from the group formed by -OH, -NH 2, -OCH 3, -OC 2 H 5, -NH-C 6 H 5 or cosmetically acceptable salts thereof, characterized by the ability to selectively block the muscle type nicotinic acetylcholine receptor and suitable for use in cosmetology for smoothing facial and age-related wrinkles, where this compound can be represented in the form of retro-isomer as well.
An in vitro method for assessing the quality of an oocyte or an embryo, the method comprising (a) exposing a test cell in in vitro fertilization-compatible medium without subjecting the test cell to changes in its culture medium during the assessing method to a fluorescence lifetime imaging microscope (FLIM) to acquire a fluorescence lifetime histogram of auto-fluorescence of endogenous NADH or FAD for the test cell, wherein the test cell is selected from the oocyte or an oocyte-associated cumulus cell or the embryo or a cell from the embryo; (b) averaging the fluorescence lifetime histogram of NADH auto-fluorescence or FAD auto-fluorescence or both over the entire test cell, or the cytoplasm the test cell, or mitochondria of the test cell; (c) comparing the averaged fluorescence lifetime histogram from the test cell to an averaged fluorescence lifetime histogram reference value to determine if the measured averaged fluorescence lifetime histogram from the test cell differs statistically from that of the reference value; and (d) if the averaged fluorescence lifetime histogram from the test cell does not differ statistically from the reference value then selecting the oocyte for in vitro fertilization or embryo for implantation and if the averaged fluorescence lifetime histogram from the test cell differs statistically from the reference value then excluding the oocyte from in vitro fertilization or embryo from implantation. (a) exposing a test cell in in vitro fertilization-compatible medium without subjecting the test cell to changes in its culture medium during the assessing method to a fluorescence lifetime imaging microscope (FLIM) to acquire a fluorescence lifetime histogram of auto-fluorescence of endogenous NADH or FAD for the test cell, wherein the test cell is selected from the oocyte or an oocyte-associated cumulus cell or the embryo or a cell from the embryo; (b) averaging the fluorescence lifetime histogram of NADH auto-fluorescence or FAD auto-fluorescence or both over the entire test cell, or the cytoplasm the test cell, or mitochondria of the test cell; (c) comparing the averaged fluorescence lifetime histogram from the test cell to an averaged fluorescence lifetime histogram reference value to determine if the measured averaged fluorescence lifetime histogram from the test cell differs statistically from that of the reference value; and (d) if the averaged fluorescence lifetime histogram from the test cell does not differ statistically from the reference value then selecting the oocyte for in vitro fertilization or embryo for implantation and if the averaged fluorescence lifetime histogram from the test cell differs statistically from the reference value then excluding the oocyte from in vitro fertilization or embryo from implantation.
A measurement device comprising: an electromagnetic wave output device arranged to output an electromagnetic wave having a frequency equal to or more than 0.02THz and equal to or less than 12THz to an object to be measured (2, 4), which is an aggregation of particles; an electromagnetic wave detector arranged to detect the electromagnetic wave having traveled inside the object to be measured (2, 4); and a phase measurement unit arranged to measure a change in phase of the electromagnetic wave generated by the travel inside the object to be measured (2, 4) based on a detection result by the electromagnetic wave detector; characterized in that the measurement device further comprises: a deriving unit arranged to derive hardness or porosity of the object to be measured (2, 4) based on a measurement result itself by the phase measurement unit and a regression model relating hardness measured by a hardness tester or porosity measured by a porosimeter, with the change in phase. an electromagnetic wave output device arranged to output an electromagnetic wave having a frequency equal to or more than 0.02THz and equal to or less than 12THz to an object to be measured (2, 4), which is an aggregation of particles; an electromagnetic wave detector arranged to detect the electromagnetic wave having traveled inside the object to be measured (2, 4); and a phase measurement unit arranged to measure a change in phase of the electromagnetic wave generated by the travel inside the object to be measured (2, 4) based on a detection result by the electromagnetic wave detector; characterized in that the measurement device further comprises: a deriving unit arranged to derive hardness or porosity of the object to be measured (2, 4) based on a measurement result itself by the phase measurement unit and a regression model relating hardness measured by a hardness tester or porosity measured by a porosimeter, with the change in phase.
A planing hull having a step shape, characterized in that the surface immediately in front of a step makes up only part of the beam of the planing surface and the remainder of the beam includes a planing surface, said step shape including a portion of said planing surface, a small step depth at the end region of said portion of said planing surface followed by a surface region having a contour that approximates a trajectory or wake of water which would occur directly off of said portion of said planing surface near but above the transition speed and desired attack angle, said surface region being at a depth that will cause water to contact a further surface region behind said surface region having said contour when the hull is at transition speed, but does not contact said surface region at a faster high planing speed, said further surface region being at such a depth to have dynamic planing lift on the said surface behind or on the said small step depth when the said hull is at a transition speed from a displacement mode to a planing mode and which, at higher planing speed, the main water flow from the said step does not contact the said surface region behind the said step depth, said step being located in the back 40% of the said hull, the step shape comprising a first planing surface with an end region adjacent to said planing surface with a positive second derivative shape on the order of 1.0 (cm -1), a range of 0.3 to 3.0 (cm -1), to form an angle at the end of said end region which is less than 90°, a second region of the hull directly behind said end region with depth into the hull surface of 5 ± 4 mm measured from a line, which starts on the said planing surface 20 cm in front of said end region and is tangent to the said end region, and extending backwards up to 20 cm.