mhurhangee/ep-ind-claims huggingface dataset:
Building module (9, 10, 11, 12) for erecting a freestanding building, wherein the building module (9, 10, 11, 12) comprises - a rectangular floor frame and a rectangular ceiling frame, each with two longitudinal sides and two narrow sides, - four vertical supporting supports, which connect the floor frame to the ceiling frame and are arranged at each corner of the floor and ceiling frame, the supporting supports together with the narrow sides of the frames forming two end faces and together with the longitudinal sides of the frames forming two side faces of the building module (9, 10, 11, 12), - a floor covering, a ceiling covering and/or a wall covering, - one or more supply lines that run underneath the floor covering, above the ceiling covering and/or behind the wall covering, wherein the one or more supply lines each terminate at one of the end or side faces, characterized in that the ends of the supply lines arranged on one of the end or side faces are accessible by means of inspection flaps. - a rectangular floor frame and a rectangular ceiling frame, each with two longitudinal sides and two narrow sides, - four vertical supporting supports, which connect the floor frame to the ceiling frame and are arranged at each corner of the floor and ceiling frame, the supporting supports together with the narrow sides of the frames forming two end faces and together with the longitudinal sides of the frames forming two side faces of the building module (9, 10, 11, 12), - a floor covering, a ceiling covering and/or a wall covering, - one or more supply lines that run underneath the floor covering, above the ceiling covering and/or behind the wall covering, wherein the one or more supply lines each terminate at one of the end or side faces, characterized in that the ends of the supply lines arranged on one of the end or side faces are accessible by means of inspection flaps.
An organoclay composition comprising a synergist comprising (i) an amine salt of a trimer acid, the trimer acid having from 30 to 72 carbon atoms; and (ii) an amine salt of a monocarboxylic fatty acid, the monocarboxylic fatty acid having from 6 to 30 carbon atoms; and a mineral clay which has been treated with at least one organic quaternary ammonium or phosphonium compound or a precursor thereof. a synergist comprising (i) an amine salt of a trimer acid, the trimer acid having from 30 to 72 carbon atoms; and (ii) an amine salt of a monocarboxylic fatty acid, the monocarboxylic fatty acid having from 6 to 30 carbon atoms; and (i) an amine salt of a trimer acid, the trimer acid having from 30 to 72 carbon atoms; and (ii) an amine salt of a monocarboxylic fatty acid, the monocarboxylic fatty acid having from 6 to 30 carbon atoms; and a mineral clay which has been treated with at least one organic quaternary ammonium or phosphonium compound or a precursor thereof.
Cooling device of an electric motor, having a rotor cooling flange and a stator cooling flange, of which one is rotatable with respect to the other and at least one of the two cooling flanges (2, 4) is provided with cooling fins (8, 10), which are arranged in a distributed manner over the circumference of the cooling flange and run in the radial direction, at least 50% of the said cooling fins (8, 10) of the heat-emitting cooling flange (2, 4) having a surface area which is larger than the surface area of the associated straight reference fin, which runs in the radial direction, at least one of the two cooling flanges (2, 4) emitting heat to the ambient air during operation of the electric motor, characterized in that the at least 50% of the cooling fins (8, 10) have a wave-like shape over their length, in that the phase position (ΔΦ) of the wave-like cooling fins (8, 10) of at least one of the two cooling flanges (2, 4) is different, in that precisely one other cooling fin (8', 10') of the same cooling flange (2, 4) is assigned to each cooling fin (8, 10) by pairing, which other cooling fin has approximately the same radial amplitude progression and approximately the same radial wavelength progression (Λ) and differs in terms of its phase position (Δφ) by approximately π from that of the other cooling fin (8, 10), in that the reference fin - the imaginary cooling-fin centre line of which lies exactly on a reference straight line which intersects the cooling-fin centre line (8a, 10a) of the associated wave-like cooling fin (8, 10) at least three times - has the same axial and radial extent as the associated wave-like cooling fin (8, 10) and the same thickness progression, and in that the value after the maximum phase shift between two adjacent cooling fins for at least 80% of all possible directly adjacent cooling fins of the cooling flange (2, 4) is ΔΔφ (max.) = π/3.
A top case component of a lead-acid monobloc case, the top case component comprising: a top exterior surface of the monobloc case; a top interior surface of the monobloc case; a top sealing surface configured to be sealingly bonded with a bottom sealing surface of a primary case component of the monobloc case, wherein the primary case component further comprises integral sides and bottom and the bottom sealing surface corresponds to the uppermost surfaces of the integral sides; a positive terminal opening configured for a positive terminal pole of a monobloc to protrude through; and a negative terminal opening configured for a negative terminal pole of the monobloc to protrude through; wherein the top exterior surface of the monobloc case comprises: a pocket configured to house a battery monitor circuit, wherein at least a bottommost surface of the pocket is below the top sealing surface such that when the top case component is bonded to the primary case component the pocket extends into an interior of the monobloc case past the sealed interface of the top case component and the primary case component; and at least one pathway configured to house electrically conducting connections that place the battery monitor circuit in electrical connection with the positive and negative terminal poles of the monobloc. a top exterior surface of the monobloc case; a top interior surface of the monobloc case; a top sealing surface configured to be sealingly bonded with a bottom sealing surface of a primary case component of the monobloc case, wherein the primary case component further comprises integral sides and bottom and the bottom sealing surface corresponds to the uppermost surfaces of the integral sides; a positive terminal opening configured for a positive terminal pole of a monobloc to protrude through; and a negative terminal opening configured for a negative terminal pole of the monobloc to protrude through; a pocket configured to house a battery monitor circuit, wherein at least a bottommost surface of the pocket is below the top sealing surface such that when the top case component is bonded to the primary case component the pocket extends into an interior of the monobloc case past the sealed interface of the top case component and the primary case component; and at least one pathway configured to house electrically conducting connections that place the battery monitor circuit in electrical connection with the positive and negative terminal poles of the monobloc.
Method of producing uncoated paper having a grammage according to ISO 536 of 50-250 g/m 2, a Gurley value according to ISO 5636-5 of above 15 s and a stretchability according to ISO 1924-3 in the machine direction of at least 9 %, said method comprising the steps of: a) providing a pulp, preferably sulphate pulp; b) subjecting the pulp to high consistency refining at a consistency of 25-42 %, wherein the energy supply in the HC refining is at least 100 kWh per ton paper; c) subjecting the pulp from step b) to low consistency refining at a consistency of 2-6 %, wherein the energy supply in the LC refining is 20-200 kWh per ton paper; d) diluting the pulp from step c) and adding the diluted pulp to a forming wire to obtain a paper web having a dry content of 15-25 %, such as 17-23 %; e) pressing the paper web from step d) to a dry content of 30-50 %, such as 36-46 %; f) drying the paper web from step e); g) compacting the paper web from step f) in a Clupak unit at a moisture content of 20-50 %, such as 30-49 %, such as 35-49 %; h) drying the paper web from step g); and i) calendering the paper web from step h) in a soft nip calender or a long nip calender at a moisture content of 4-20 %, such as 5-12 %, such as 5-10 %, wherein step h) comprises subjecting the paper web to drying in at least one dryer group and wherein the speed of the paper web in the first dryer group of step h) is 8-14 % lower than the speed of the paper web entering the Clupak unit in step g). a) providing a pulp, preferably sulphate pulp; b) subjecting the pulp to high consistency refining at a consistency of 25-42 %, wherein the energy supply in the HC refining is at least 100 kWh per ton paper; c) subjecting the pulp from step b) to low consistency refining at a consistency of 2-6 %, wherein the energy supply in the LC refining is 20-200 kWh per ton paper; d) diluting the pulp from step c) and adding the diluted pulp to a forming wire to obtain a paper web having a dry content of 15-25 %, such as 17-23 %; e) pressing the paper web from step d) to a dry content of 30-50 %, such as 36-46 %; f) drying the paper web from step e); g) compacting the paper web from step f) in a Clupak unit at a moisture content of 20-50 %, such as 30-49 %, such as 35-49 %; h) drying the paper web from step g); and i) calendering the paper web from step h) in a soft nip calender or a long nip calender at a moisture content of 4-20 %, such as 5-12 %, such as 5-10 %, wherein step h) comprises subjecting the paper web to drying in at least one dryer group and wherein the speed of the paper web in the first dryer group of step h) is 8-14 % lower than the speed of the paper web entering the Clupak unit in step g).
An electronic device comprising: a conductive coil; a power generation circuit; and one or more processors operatively connected to the power generation circuit and configured to: compare an amount of transmission power to be supplied to a power reception device with designated threshold power amount, determine a designated frequency to be a frequency of a control signal for controlling the power generation circuit when the amount of transmission power is equal to or less than the designated threshold power amount, determine a phase of the control signal based at least in part on the amount of transmission power and/or the designated frequency when the designated frequency is determined to be the frequency of the control signal, transmit the control signal having the designated frequency and the phase to the power generation circuit to generate, based at least in part on the control signal, transmission power corresponding to the amount of the transmission power, and supply the transmission power generated by the power generation circuit to the power reception device wirelessly via the conductive coil. a conductive coil; a power generation circuit; and one or more processors operatively connected to the power generation circuit and configured to: compare an amount of transmission power to be supplied to a power reception device with designated threshold power amount, determine a designated frequency to be a frequency of a control signal for controlling the power generation circuit when the amount of transmission power is equal to or less than the designated threshold power amount, determine a phase of the control signal based at least in part on the amount of transmission power and/or the designated frequency when the designated frequency is determined to be the frequency of the control signal, transmit the control signal having the designated frequency and the phase to the power generation circuit to generate, based at least in part on the control signal, transmission power corresponding to the amount of the transmission power, and supply the transmission power generated by the power generation circuit to the power reception device wirelessly via the conductive coil. compare an amount of transmission power to be supplied to a power reception device with designated threshold power amount, determine a designated frequency to be a frequency of a control signal for controlling the power generation circuit when the amount of transmission power is equal to or less than the designated threshold power amount, determine a phase of the control signal based at least in part on the amount of transmission power and/or the designated frequency when the designated frequency is determined to be the frequency of the control signal, transmit the control signal having the designated frequency and the phase to the power generation circuit to generate, based at least in part on the control signal, transmission power corresponding to the amount of the transmission power, and supply the transmission power generated by the power generation circuit to the power reception device wirelessly via the conductive coil.
An integrally bladed fan rotor comprising a hub centered about an axis and having a plurality of blades extending radially outwardly of said axis across a span, each of said blades including an airfoil extending between a leading edge and a trailing edge, and having a pressure side and a suction side, said airfoil having a thicker portion at said trailing edge, at a radially inner portion of said span, and over a limited percentage of said span, such that said thicker portion does not extend beyond 50 percent of said span, an axial distance being defined between said trailing edge and said leading edge, said thicker portion extending for less than 50 percent of said axial distance, and said thicker portion being on said pressure side.
A wear-resistant lining element which is intended for a surface on a truck haul body subjected to wear, said wear-resistant lining element having an outwardly directed surface, over which material in the form of pieces or particles, such as crushed ore and crushed rock material, is intended to move, and having an inwardly directed surface intended to face said truck haul body surface, said wear-resistant lining element comprising elastomeric material and at least one open cavity in said inwardly directed surface, wherein said wear-resistant lining element is open towards longitudinal sides of the wear-resistant lining element, and that said at least one cavity extends substantially an entire thickness and an entire length of the wear-resistant lining element, characterized in that said at least one cavity extends along substantially an entire width of the wear-resistant lining element.
A mounting bracket (1, 41, 91, 121) for a roof window comprising a frame mountable means (2, 2a, 93, 123) and roof mountable means (3, 3a, 94, 124), the frame mountable means (2, 2a, 93, 123) and the roof mountable means (3, 3a, 94, 124) being separate components, and hinge means (22, 34, 95, 125) for mechanically coupling the roof mountable means (3, 3a, 94, 124) and the frame mountable means (2, 2a, 93, 123) together so that the roof mountable means (3, 3a, 94, 124) is movable between an out of use storage position and an in use mounting position, wherein the location of the pivotal point of the hinge means (22, 34, 95, 125) is movable/adjustable.
A battery assembly for a leadless biostimulator, comprising: an electrolyte; and a cell can containing the electrolyte, wherein the cell can includes an annular wall extending longitudinally along a central axis, and an end boss extending from the annular wall to a proximal face, characterized in that the end boss includes a tether recess extending into the proximal face along the central axis. an electrolyte; and a cell can containing the electrolyte, wherein the cell can includes an annular wall extending longitudinally along a central axis, and an end boss extending from the annular wall to a proximal face, characterized in that the end boss includes a tether recess extending into the proximal face along the central axis.
A radio frequency identification, RFID, transponder, comprising a modulator and a clock recovery circuit, wherein: the modulator is configured to modulate an unmodulated carrier signal received from an external RFID reader; characterized in that the RFID transponder further comprises a current sensor being configured to sense a current that flows through one or more transistors comprised in the modulator; and in that the clock recovery circuit is configured to recover a clock signal using the current sensed by the current sensor; wherein the clock recovery circuit is configured to use said current for recovering the clock signal when the modulator carries out a modulation of the carrier signal; and wherein the clock recovery circuit is configured to use the carrier signal for recovering the clock signal when the modulator does not carry out a modulation of the carrier signal. the modulator is configured to modulate an unmodulated carrier signal received from an external RFID reader; characterized in that the RFID transponder further comprises a current sensor being configured to sense a current that flows through one or more transistors comprised in the modulator; and in that the clock recovery circuit is configured to recover a clock signal using the current sensed by the current sensor; wherein the clock recovery circuit is configured to use said current for recovering the clock signal when the modulator carries out a modulation of the carrier signal; and wherein the clock recovery circuit is configured to use the carrier signal for recovering the clock signal when the modulator does not carry out a modulation of the carrier signal.
A cross-neutralizing antibody that neutralizes alpha toxin (Hla) and at least one of the bi-component toxins of Staphylococcus aureus, wherein the antibody comprises at least one polyspecific binding site that binds to alpha-toxin (Hla) and that binds to at least one of the bi-component toxins of Staphylococcus aureus.
Method for producing a cable harness, comprising the following steps: a) provision of at least one cable in a cooling region at a first temperature (T 1), at which the cable assumes a flexurally stiff state, the first temperature (T 1) in the cooling region being kept in a range from -60°C to 0°C; and b) shaping of at least one cable section of the provided cable by means of a gripping and handling device; the steps being repeated until the cable harness is produced. a) provision of at least one cable in a cooling region at a first temperature (T 1), at which the cable assumes a flexurally stiff state, the first temperature (T 1) in the cooling region being kept in a range from -60°C to 0°C; and b) shaping of at least one cable section of the provided cable by means of a gripping and handling device;
Refrigerated product carrier for a refrigeration appliance comprising a frame (4, 5, 6) formed at least partially by an extruded profile (4, 5) made of metal and a plate that is held at least in sections at its edges by a groove of the extruded profile (4, 5), wherein an equalising profile is inserted in a sealing fashion in the groove between the extruded profile (4, 5) and the plate, the equalising profile being inserted into the groove of the extruded profile (4, 5), the equalising profile comprising a U-profile with a base wall and two arms (17, 18) projecting from the base wall, and wherein the two arms (17, 18) diverge slightly outward from the base wall and wherein the arms (17, 18) are pressed against one another in an elastic fashion in the groove so that the resulting friction holds the equalising profile in the groove.
A suturing device for repairing a meniscus of a knee, the device comprising: an elongate body (601,603) extending distally and proximally in a long axis; a handle at the proximal end of the elongate body; a first jaw (623, 1507) extending distally from the elongate body, wherein the first jaw is bent or bendable to form an acute angle relative to the long axis; a second jaw (621, 1504) extending parallel to the long axis, wherein the second jaw is configured to slide in the long axis relative to the distal end of the elongate body; wherein the device has a first configuration in which the second jaw is retracted proximally so that the suture device is unbranched, and a second configuration in which the second jaw is extended distally from the elongate body to form a distal-facing opening with the first jaw characterised by a curvable and flat tissue penetrator having a rectangular cross-section and configured to extend between the first and second jaws in a curved path and to pass a suture between the first and second jaws. an elongate body (601,603) extending distally and proximally in a long axis; a handle at the proximal end of the elongate body; a first jaw (623, 1507) extending distally from the elongate body, wherein the first jaw is bent or bendable to form an acute angle relative to the long axis; a second jaw (621, 1504) extending parallel to the long axis, wherein the second jaw is configured to slide in the long axis relative to the distal end of the elongate body; wherein the device has a first configuration in which the second jaw is retracted proximally so that the suture device is unbranched, and a second configuration in which the second jaw is extended distally from the elongate body to form a distal-facing opening with the first jaw
Test method for analysing a body fluid in particular for blood sugar determination in which a test tape in the form of a tape cassette is used in a test device in order to successively provide a plurality of analytical test fields stored on the test tape by means of tape transport, wherein the body fluid is applied by a user to the test field provided at a time and the said test field is photometrically scanned using a measuring unit of the device, characterized in that a batch control value is determined during a batchwise production of test tapes by measuring of test fields on the test tape material, that the batch control value is stored on a storage medium which is assigned to the test tape and applied to the tape cassette, that a test field control value is determined from a blank measurement of the yet unused first test field and compared with the batch control value, that the test field control value of a test field of the test tape that has been provided and classified as usable as a result of the comparison of the batch control value and the test field control value is stored on the device as a tape control value, and that for a check of the usability of the next test field the test field control value thereof which is correspondingly determined is compared with the stored tape control value.