mhurhangee/ep-ind-claims huggingface dataset:
A tooth retention device for attachment to an edge of excavator bucket, said bucket defining a bucket clamp opening, the tooth retention device having: a tooth mounting portion; a fork- shaped body (18, 22, 24) forming part of said tooth mounting portion fitting over said edge of said bucket, said fork-shaped body defining a fork clamp opening registering with said bucket clamp opening; a generally C-shaped clamp passing through said bucket clamp opening and said fork clamp opening in said fork-shaped body (22, 24); a wedge located alongside said clamp and extending into said fork clamp opening and said bucket clamp opening and holding the clamp in position and said wedge including a wedge channel; a threaded rod received in said wedge channel in said wedge; the device characterized in that there is a threaded wedge block received in said wedge channel between said wedge and said clamp and wherein the rod is rotatable to move the wedge block along the rod between locked and released positions; the wedge channel having a semi-annular ridge formed therein and the rod having an annular groove to receive this ridge. a tooth mounting portion; a fork- shaped body (18, 22, 24) forming part of said tooth mounting portion fitting over said edge of said bucket, said fork-shaped body defining a fork clamp opening registering with said bucket clamp opening; a generally C-shaped clamp passing through said bucket clamp opening and said fork clamp opening in said fork-shaped body (22, 24); a wedge located alongside said clamp and extending into said fork clamp opening and said bucket clamp opening and holding the clamp in position and said wedge including a wedge channel; a threaded rod received in said wedge channel in said wedge; the device characterized in that there is a threaded wedge block received in said wedge channel between said wedge and said clamp and wherein the rod is rotatable to move the wedge block along the rod between locked and released positions; the wedge channel having a semi-annular ridge formed therein and the rod having an annular groove to receive this ridge.
A method of casting metals comprising the steps of: - providing a molten aluminum alloy to a casting apparatus, the molten aluminum alloy comprising at least 0.1 weight percent modifier metal, wherein the modifier metal comprises at least one of Sn, Pb, Bi and Cd, wherein the modifier metal is immiscible in the molten phase with molten aluminum, the casting apparatus having a first casting surface, a second casting surface and a nip formed between the first and second casting surface, the nip having a thickness ranging from 2.03 mm (= 0.08 inches) to 6.35 mm (= 0.25 inches); and - advancing the molten aluminum alloy at a casting speed ranging from between 0.254 m/s (= 50 feet/minute) and 1.524 m/s (= 300 feet/minute), wherein a freeze front of the aluminum alloy is formed at the nip, wherein the aluminum alloy is advanced through the nip by rotation of the first casting surface and by rotation of the second casting surface, and wherein droplets of the immiscible modifier metal nucleate ahead of the freeze front and are engulfed by the freeze front into the space between secondary dendrite arms of the aluminum alloy, and wherein the droplets of the immiscible modifier metal are uniformly distributed in the cast strip. - providing a molten aluminum alloy to a casting apparatus, the molten aluminum alloy comprising at least 0.1 weight percent modifier metal, wherein the modifier metal comprises at least one of Sn, Pb, Bi and Cd, wherein the modifier metal is immiscible in the molten phase with molten aluminum, the casting apparatus having a first casting surface, a second casting surface and a nip formed between the first and second casting surface, the nip having a thickness ranging from 2.03 mm (= 0.08 inches) to 6.35 mm (= 0.25 inches); and - advancing the molten aluminum alloy at a casting speed ranging from between 0.254 m/s (= 50 feet/minute) and 1.524 m/s (= 300 feet/minute),
Vehicle comprising: - an engine compartment, - an electrical device comprising a housing and electrical and/or electronic components enclosed in this housing, characterized in that said housing is arranged in the engine compartment above a wheel arch of the vehicle and is inclined downwards and away from the vehicle wing closest to this wheel arch towards the interior of the engine compartment. - an engine compartment, - an electrical device comprising a housing and electrical and/or electronic components enclosed in this housing,
An engine oil composition which comprises a lubricating base oil having a kinematic viscosity at 100 °C of 2 to 6 mm 2 /s, a viscosity index of 120 or more, and a total aromatic content of 5 percent by mass or less and a polymethacrylate-based viscosity index improver having a weight-average molecular weight of 180,000 or more, blended in such amount that the composition has a kinematic viscosity at 100°C of 4.0 to 9.3 mm 2 /s., wherein the composition further comprises an alkaline earth metal-based detergent which is one or more metallic detergents selected from the group consisting of an alkaline earth metal sulfonate, an alkaline earth metal phenate, and an alkaline earth metal salicylate.
A method for retransmitting packet data within a wireless communication network, the method comprising: forming a plurality of segmentation and reassembly, SAR, packets from a missing packet for retransmission of the missing packet along a route which was previously used to transmit the missing packet, wherein the SAR packets collectively comprise a header portion and a data portion of the missing packet to be retransmitted; wherein a first SAR packet of the SAR packets comprises a header portion and a data portion, wherein the header portion of the first SAR packet comprises header data associated with a route used to transmit the SAR packets, and the data portion comprises a first fragment of the missing packet which includes the header portion of the missing packet and data represented by only some of the data portion of the missing packet; and wherein a second SAR packet of the SAR packets comprises a header portion comprising header data associated with the route, and a data portion comprising a second fragment of the missing packet which includes only some of the data portion of the missing packet, characterized in that the header portions of the first and second SAR packets comprise identical SAR sequence numbers, and QN sequence numbers which are different from each other and identify the first fragment and the second fragment, respectively, wherein the identical SAR sequence numbers comprise only least significant bits, LSBs, of a SAR sequence number provided by a base station controller, BSC. forming a plurality of segmentation and reassembly, SAR, packets from a missing packet for retransmission of the missing packet along a route which was previously used to transmit the missing packet, wherein the SAR packets collectively comprise a header portion and a data portion of the missing packet to be retransmitted; wherein a first SAR packet of the SAR packets comprises a header portion and a data portion, wherein the header portion of the first SAR packet comprises header data associated with a route used to transmit the SAR packets, and the data portion comprises a first fragment of the missing packet which includes the header portion of the missing packet and data represented by only some of the data portion of the missing packet; and wherein a second SAR packet of the SAR packets comprises a header portion comprising header data associated with the route, and a data portion comprising a second fragment of the missing packet which includes only some of the data portion of the missing packet, characterized in that the header portions of the first and second SAR packets comprise identical SAR sequence numbers, and QN sequence numbers which are different from each other and identify the first fragment and the second fragment, respectively, wherein the identical SAR sequence numbers comprise only least significant bits, LSBs, of a SAR sequence number provided by a base station controller, BSC.
Modified Giardia protozoan parasite wherein Dicer gene, RNA-dependant RNA-polymerase (RdRP) gene or both have been silenced by genetic engineering, thus comprising simultaneous expression on its surface of more than one variable surface protein.
Method for manufacturing a diaphragm support member with a diaphragm support made of a sintered metal having a diaphragm layer, comprising at least the following steps: a. Providing a laminar or tubular diaphragm support made of a porous sintered metal with a surface that is provided for the purpose of being coated with the diaphragm layer; b. providing a metallic connecting element for connecting the diaphragm support to a gas-carrying line; c. connecting the diaphragm support and connecting element with a weld seam to the diaphragm support member and forming a first connection zone between the weld seam and diaphragm support and a second connection zone between the weld seam and the connecting element; d. arranging a metal layer on the surface and the weld seam so that the metal layer covers at least the first connection zone; e. cohesively joining the metal layer at least with the surface and the weld seam; and f. coating at least portions of the surface and at least portions of the metal layer with the diaphragm layer. a. Providing a laminar or tubular diaphragm support made of a porous sintered metal with a surface that is provided for the purpose of being coated with the diaphragm layer; b. providing a metallic connecting element for connecting the diaphragm support to a gas-carrying line; c. connecting the diaphragm support and connecting element with a weld seam to the diaphragm support member and forming a first connection zone between the weld seam and diaphragm support and a second connection zone between the weld seam and the connecting element; d. arranging a metal layer on the surface and the weld seam so that the metal layer covers at least the first connection zone; e. cohesively joining the metal layer at least with the surface and the weld seam; and f. coating at least portions of the surface and at least portions of the metal layer with the diaphragm layer.
A method of controlling adaptive multi-rate speech coding in a network of a wireless telecommunications system, the method comprising: receiving an indication of a measure of channel quality of a link, the link being from the network to a mobile station; characterized by the steps of: measuring speech characteristics of a signal which is to be transmitted from the network to the mobile station; forming a mode command on the basis of the indication of the measure of channel quality and the speech characteristics; and using the mode command to control the speech encoding bit rate of a multi-rate speech encoder located in the network. receiving an indication of a measure of channel quality of a link, the link being from the network to a mobile station; characterized by the steps of: measuring speech characteristics of a signal which is to be transmitted from the network to the mobile station; forming a mode command on the basis of the indication of the measure of channel quality and the speech characteristics; and using the mode command to control the speech encoding bit rate of a multi-rate speech encoder located in the network. measuring speech characteristics of a signal which is to be transmitted from the network to the mobile station; forming a mode command on the basis of the indication of the measure of channel quality and the speech characteristics; and using the mode command to control the speech encoding bit rate of a multi-rate speech encoder located in the network.
Machining installation for machining of timber workpieces, squared timbers, boards, stacks of boards and the like with a machining unit, a first conveying system which is arranged in the inlet area of the machining unit and formed of at least a driven driving wheel, a driving roll or a driving roller and conveys a timber workpiece that has been fed in to the machining unit, and a second conveying system arranged in the outlet area of the machining unit, wherein the first and/or the second conveying system (1, 2) convey(s) the timber workpiece for or during further machining operations of the machining unit and wherein at least one conveying system (1, 2) has a positioning system which cooperates with a measuring system allowing precisely measured positioning and movement of the timber workpiece in the machining unit, i.e. combining of the machining and the conveying movement of the timber workpiece, wherein the second conveying system is embodied as a coupling unit in the form of a positioning carriage which can be made to travel on a guide track and has two gripping parts (25, 26) which cooperate with one another and is arranged at the side adjacent to the timber workpiece to grip and regrip the timber workpiece along the entire length of the timber workpiece, characterised in that one gripping part is angled like a double L or Z so that a front area of the gripping part cooperating with the timber workpiece can be applied on the timber workpiece and a rear area in which the gripping part is mounted on the coupling element is arranged at the side adjacent to the timber workpiece in order to allow the second conveying system to regrip the timber workpiece and avoid a collision.
A feeding regimen for an infant, comprising (a) feeding to a newborn infant, being an infant from birth through 4 months of age, a first composition which comprises: i. a fat or lipid; ii. a protein source, wherein the protein source comprises from 72% to 90% whey and from 10% to 28% casein; iii. a prebiotic composition; iv. at least 72 IU/100 kcal of vitamin D, and (b) feeding to a later stage infant, being an infant from 4 months of age through 1 year, a second composition which comprises: i. a fat or lipid; ii. a protein source, wherein the protein source comprises from 50% to 70% whey and from 30% to 50% casein; iii. a prebiotic composition; iv. no greater than 70 IU/100 kcal of vitamin D. (a) feeding to a newborn infant, being an infant from birth through 4 months of age, a first composition which comprises: i. a fat or lipid; ii. a protein source, wherein the protein source comprises from 72% to 90% whey and from 10% to 28% casein; iii. a prebiotic composition; iv. at least 72 IU/100 kcal of vitamin D, and i. a fat or lipid; ii. a protein source, wherein the protein source comprises from 72% to 90% whey and from 10% to 28% casein; iii. a prebiotic composition; iv. at least 72 IU/100 kcal of vitamin D, and (b) feeding to a later stage infant, being an infant from 4 months of age through 1 year, a second composition which comprises: i. a fat or lipid; ii. a protein source, wherein the protein source comprises from 50% to 70% whey and from 30% to 50% casein; iii. a prebiotic composition; iv. no greater than 70 IU/100 kcal of vitamin D. i. a fat or lipid; ii. a protein source, wherein the protein source comprises from 50% to 70% whey and from 30% to 50% casein; iii. a prebiotic composition; iv. no greater than 70 IU/100 kcal of vitamin D.
Method for repeatedly transmitting domestic data in the form of data messages from a transceiver of a data source to a memory via a transmission channel with stochastic interference in at least one ISM and/or SRD band with a priori unknown and varying instantaneous channel assignment, wherein a packet error rate is determined in a comparator for the data messages received over a period as the ratio of data messages received without interference to data messages transmitted during the period (14m/14n), wherein the instantaneous packet error rate PER(actual) is determined quasi-continuously or discontinuously for the respectively current transmission conditions, wherein the number (n') of future repeated transmissions is changed for the purpose of influencing the packet error rate so that a current, repeatedly transmitted data message is captured correctly in the memory with sufficient probability despite interfering influences in the transmission channel, wherein the interfering influences are interference caused by superimposition with other signals in the channel, wherein the number (n') of future repeated transmissions via the transmission channel is stored in the comparator and is transmitted to the transceiver of the data source, and wherein the specification of an optimum or desired packet error rate PER(desired) is achieved by changing the number (n') of future repeated transmissions by virtue of the current probability p(actual) of a channel assignment or channel interference, which is determined from the instantaneous packet error rate PER(actual), and the optimum packet error rate PER(desired) being used to determine the required number of emissions of the data messages or partial messages n(desired).
A method comprising: encoding an identification of a subscriber station and its connections in a data frame for transmission in a wireless communication network comprising at least one base station and at least one subscriber station, the encoding comprising: specifying a subscriber station identification in the data frame to identify the one or more subscriber stations for which contents of the data frame are destined, wherein the data frame provides an indication of the presence or absence of a Media Access Control Protocol Data Unit, MAC PDU to be received by the one or more identified subscriber stations, so that the identified subscriber station decodes a data burst from the data frame only if the identification indicates that the subscriber station has a MAC PDU present in the data frame; and specifying a connection identification in the data frame to identify one or more connections of the one or more identified subscriber stations to which the contents of the data frame belong, wherein the connection identification for the subscriber station is specified in a header of its MAC PDU. encoding an identification of a subscriber station and its connections in a data frame for transmission in a wireless communication network comprising at least one base station and at least one subscriber station, the encoding comprising: specifying a subscriber station identification in the data frame to identify the one or more subscriber stations for which contents of the data frame are destined, wherein the data frame provides an indication of the presence or absence of a Media Access Control Protocol Data Unit, MAC PDU to be received by the one or more identified subscriber stations, so that the identified subscriber station decodes a data burst from the data frame only if the identification indicates that the subscriber station has a MAC PDU present in the data frame; and specifying a connection identification in the data frame to identify one or more connections of the one or more identified subscriber stations to which the contents of the data frame belong, wherein the connection identification for the subscriber station is specified in a header of its MAC PDU. specifying a subscriber station identification in the data frame to identify the one or more subscriber stations for which contents of the data frame are destined, wherein the data frame provides an indication of the presence or absence of a Media Access Control Protocol Data Unit, MAC PDU to be received by the one or more identified subscriber stations, so that the identified subscriber station decodes a data burst from the data frame only if the identification indicates that the subscriber station has a MAC PDU present in the data frame; and specifying a connection identification in the data frame to identify one or more connections of the one or more identified subscriber stations to which the contents of the data frame belong, wherein the connection identification for the subscriber station is specified in a header of its MAC PDU.
A drill string rod to form part of an assembly of connected such drill string rods (1, 1b), the drill string rod comprising: an elongate central rod portion extending axially between a male end and a female end, wherein the central rod portion is hollow-cylindrical defined by an inner first diameter (d rod) and an outer second diameter (D rod), wherein the male end comprises a spigot, wherein the spigot comprises a base projecting axially from a shoulder that axially separates the spigot and the central rod portion, wherein the female end comprises a sleeve portion configured to fit to the spigot, wherein the base is provided with an outer thread and wherein the sleeve portion is provided with an inner thread, wherein the inner thread corresponds to the outer thread such that the inner thread of the sleeve portion is attachable to the outer thread of the base of the spigot of a further drill string rod of the assembly, wherein, in a radial plane to the longitudinal axis of the drill string rod, the base of the spigot is defined by an outer third diameter (D spigot) and an inner fourth diameter (d spigot) and the sleeve portion is defined by an outer fifth diameter (D sleeve) and an inner sixth diameter (d sleeve), wherein the second diameter (D rod) > 60 mm, wherein C sleeve = D rod ⋅ D sleeve 4 − d sleeve 4 D sleeve ⋅ D rod 4 − d rod 4 wherein, C spigot = D rod ⋅ D spigot 4 − d spigot 4 D spigot ⋅ D rod 4 − d rod 4 and wherein C sleeve > 2.31 or C spigot > 0.68. an elongate central rod portion extending axially between a male end and a female end, wherein the central rod portion is hollow-cylindrical defined by an inner first diameter (d rod) and an outer second diameter (D rod), wherein the male end comprises a spigot, wherein the spigot comprises a base projecting axially from a shoulder that axially separates the spigot and the central rod portion, wherein the female end comprises a sleeve portion configured to fit to the spigot, wherein the base is provided with an outer thread and wherein the sleeve portion is provided with an inner thread, wherein the inner thread corresponds to the outer thread such that the inner thread of the sleeve portion is attachable to the outer thread of the base of the spigot of a further drill string rod of the assembly, wherein, in a radial plane to the longitudinal axis of the drill string rod, the base of the spigot is defined by an outer third diameter (D spigot) and an inner fourth diameter (d spigot) and the sleeve portion is defined by an outer fifth diameter (D sleeve) and an inner sixth diameter (d sleeve), wherein the second diameter (D rod) > 60 mm, wherein C sleeve = D rod ⋅ D sleeve 4 − d sleeve 4 D sleeve ⋅ D rod 4 − d rod 4 wherein, C spigot = D rod ⋅ D spigot 4 − d spigot 4 D spigot ⋅ D rod 4 − d rod 4 and wherein C sleeve > 2.31 or C spigot > 0.68.