mhurhangee/ep-ind-claims huggingface dataset:
Top piece for a corresponding pin shaped dental implant with: - a platform which features a first platform surface and a second platform surface, - a retention pin, mounted on the first platform surface, for the fastening of a mesostructure, - a connecting pin for the connection of the platform with the blind bore of a pin shaped dental implant which features a blind bore corresponding to the connecting pin, characterized in that the edge of the platform is bulged in a coronal direction oriented away from the connecting pin, such that a plate-like formation of the first platform surface results. - a platform which features a first platform surface and a second platform surface, - a retention pin, mounted on the first platform surface, for the fastening of a mesostructure, - a connecting pin for the connection of the platform with the blind bore of a pin shaped dental implant which features a blind bore corresponding to the connecting pin, characterized in that the edge of the platform is bulged in a coronal direction oriented away from the connecting pin, such that a plate-like formation of the first platform surface results.
An apparatus for receiving a transmission in a communication system implementing a recursive modulation scheme and an Irregular Repeat Accumulate code, the apparatus comprising: a soft demodulator comprising a joint recursive modulator and accumulator soft decoder for receiving a transmit signal and configured to demodulate the received signal using a trellis based algorithm using a joint trellis for the accumulator and recursive modulation scheme to generate a plurality of coded symbol estimates; and a Low Density Generator Matrix (LDGM) decoder for receiving the plurality of coded symbol estimates from the soft demodulator and decoding the coded symbol estimates to generate a plurality of source bit estimates. a soft demodulator comprising a joint recursive modulator and accumulator soft decoder for receiving a transmit signal and configured to demodulate the received signal using a trellis based algorithm using a joint trellis for the accumulator and recursive modulation scheme to generate a plurality of coded symbol estimates; and a Low Density Generator Matrix (LDGM) decoder for receiving the plurality of coded symbol estimates from the soft demodulator and decoding the coded symbol estimates to generate a plurality of source bit estimates.
A method performed by a wireless device in a communication network, the method characterized by comprising: - obtaining (101, 201, 301) a configuration related to a first dedicated set of resources and a second non-dedicated set of resources which the wireless device may use for requesting communication resources from the network, the method further comprising: - requesting (102, 202, 302) communication resources for uplink or downlink communication using at least one resource from each set of the first and second set, wherein requests made in resources comprised in the second set are associated with a lower probability of being received by the network than requests made in resources comprised in the first set; and when a criterion, related to at least one of the first and second set, for entering a fallback scheme, the fall back scheme regarding the requesting (102,202, 302) of communication resources, J 2. is fulfilled (104, 205, 305, 403): - entering (105, 206, 306, 408) a fallback scheme associated with the fulfilled criterion. - obtaining (101, 201, 301) a configuration related to a first dedicated set of resources and a second non-dedicated set of resources which the wireless device may use for requesting communication resources from the network, the method further comprising: - requesting (102, 202, 302) communication resources for uplink or downlink communication using at least one resource from each set of the first and second set, wherein requests made in resources comprised in the second set are associated with a lower probability of being received by the network than requests made in resources comprised in the first set; and when a criterion, related to at least one of the first and second set, for entering a fallback scheme, the fall back scheme regarding the requesting (102,202, 302) of communication resources, J 2. is fulfilled (104, 205, 305, 403): - entering (105, 206, 306, 408) a fallback scheme associated with the fulfilled criterion. - requesting (102, 202, 302) communication resources for uplink or downlink communication using at least one resource from each set of the first and second set, wherein requests made in resources comprised in the second set are associated with a lower probability of being received by the network than requests made in resources comprised in the first set; and when a criterion, related to at least one of the first and second set, for entering a fallback scheme, the fall back scheme regarding the requesting (102,202, 302) of communication resources, J 2. is fulfilled (104, 205, 305, 403): - entering (105, 206, 306, 408) a fallback scheme associated with the fulfilled criterion. - entering (105, 206, 306, 408) a fallback scheme associated with the fulfilled criterion.
A suspension strut for a vehicle wheel, especially for a rear wheel of a motorbike, having a spring base which can be adjusted hydraulically by a piston, wherein a hydraulic pump is provided which is controlled by an electric motor and which generates a hydraulic pressure, acting on the piston, for the variable and predefinable adjustment of the spring base, and a 2/2-way valve which is to be opened and is closable by the electric motor is provided, characterised in that the electric motor actuates the 2/2- way valve by a cam and is configured to be rotatable in only one direction.
A steel plate for submerged arc welding consisting of, by mass, 0.03% to 0.07%C, at most 0.3% Si, 1.5% to 2.5% Mn, 0.005% to 0.025% Nb, 0.005% to 0.02% Ti, 0.01% to 0.06% Al, at most 0.0005% B, 0.001% to 0.008% N, at most 0.015% P, at most 0.015% S, and at most 0.006% O, at least one of at most 0.6% Cu, at most 1.5% Ni, at most 0.04% V, at most 0.08% Mo, and at most 0.5% Cr, optionally at least one of at most 0.005% Ca, at most 0.005% Zr, at most 0.005% Mg, and at most 0.005% Ce, the balance consisting of Fe and impurities the following Expressions and being satisfied, Mo / 15 + V / 3 + Nb / 2 ≤ 0.012 Mn / 20 + Cu / 20 + Ni / 60 ≥ 0.10 where the symbols represent the contents of the elements (% by mass).
A sacrificial anode body comprising: a first sacrificial metal; a second sacrificial metal, said second sacrificial metal less electrochemically active than said first sacrificial metal, wherein said first sacrificial metal and said second sacrificial metal are more electrochemically active than steel; an encasement material surrounding said first and second sacrificial metals and comprising a porous mortar; an insulative adhesive spacer located in contact with said encasement material of said anode body; and at least one elongated electrical conductor electrically connected to said anode body and emanating from said encasement material. a first sacrificial metal; a second sacrificial metal, said second sacrificial metal less electrochemically active than said first sacrificial metal, wherein said first sacrificial metal and said second sacrificial metal are more electrochemically active than steel; an encasement material surrounding said first and second sacrificial metals and comprising a porous mortar; an insulative adhesive spacer located in contact with said encasement material of said anode body; and at least one elongated electrical conductor electrically connected to said anode body and emanating from said encasement material.
A method for preparing a compound of formula I wherein Ph is phenyl; R 1 is C 3-7 cycloalkyl; R 2, R 3, R 4, R 5, and R 6 are each independently in each occurrence H or C 1-6 alkyl; or a pharmaceutically acceptable salt thereof, comprising the steps of coupling an amine-protected amino acid residue analogue and deprotecting it. Ph is phenyl; R 1 is C 3-7 cycloalkyl; R 2, R 3, R 4, R 5, and R 6 are each independently in each occurrence H or C 1-6 alkyl; or a pharmaceutically acceptable salt thereof, comprising the steps of coupling an amine-protected amino acid residue analogue and deprotecting it.
An electrochemical cell, comprising: a first anode including a form of lithium; a first cathode including an electrolyte; and a first composite electrolyte structure positioned between the first anode and the first cathode, the first composite electrolyte structure including (i) a first support layer immediately adjacent to the first anode comprising a block copolymer with a polyethylene oxide Li-conducting phase and a polystyrene phase having a shear modulus on the order of 10 GPa at room temperature in order to mechanically suppress roughening of the form of lithium in the first anode, and (ii) a first protective layer positioned between the first support layer and the first cathode and configured to prevent oxidation of the first support layer by substances in the first cathode. a first anode including a form of lithium; a first cathode including an electrolyte; and a first composite electrolyte structure positioned between the first anode and the first cathode, the first composite electrolyte structure including (i) a first support layer immediately adjacent to the first anode comprising a block copolymer with a polyethylene oxide Li-conducting phase and a polystyrene phase having a shear modulus on the order of 10 GPa at room temperature in order to mechanically suppress roughening of the form of lithium in the first anode, and (ii) a first protective layer positioned between the first support layer and the first cathode and configured to prevent oxidation of the first support layer by substances in the first cathode.
A method of preparing a flavorful smokeless tobacco product, comprising: (i) subjecting a tobacco material to smoke to give a smoke-treated tobacco material with modified taste characteristics, wherein the tobacco material is cured tobacco material; and (ii) incorporating the smoke-treated tobacco material into a smokeless tobacco product. (i) subjecting a tobacco material to smoke to give a smoke-treated tobacco material with modified taste characteristics, wherein the tobacco material is cured tobacco material; and (ii) incorporating the smoke-treated tobacco material into a smokeless tobacco product.
Valve assembly with a valve, in particular a solenoid valve, which comprises an at least two-part housing that has a first housing sleeve and a second housing sleeve, the housing sleeves (3, 4) being held against each other by compression of a fastening zone, and with a valve receptacle in which the valve is inserted and held by means of a press-in ring lying in the region of the fastening zone, characterized in that the press-in ring lies radially against the first housing sleeve and axially against the second housing sleeve.
Decorative film for application onto a dynamically controllable display, comprising: - a carrier layer, - a first decorative layer, wherein the first decorative layer has, in a display region, a first decoration and one or more transparent regions in which the decorative film is penetrable by light emitted from the dynamically controllable display, wherein the first decorative layer forms a shadow mask by means of the one or more transparent regions, and wherein the one or more transparent regions, in particular in a top view of the first decorative layer, each have a surface area in a range of from 0.04mm 2 to 0.5mm 2 and/or the one or more transparent regions cover a portion in a range of from 0.5% to 3% of the total surface area of the display region. - a carrier layer, - a first decorative layer, wherein the first decorative layer has, in a display region, a first decoration and one or more transparent regions in which the decorative film is penetrable by light emitted from the dynamically controllable display, wherein the first decorative layer forms a shadow mask by means of the one or more transparent regions, and wherein the one or more transparent regions, in particular in a top view of the first decorative layer, each have a surface area in a range of from 0.04mm 2 to 0.5mm 2 and/or the one or more transparent regions cover a portion in a range of from 0.5% to 3% of the total surface area of the display region.
A vehicle mounted communication unit which is configured to communicate with a server terminal providing service for a vehicle via a mobile communication network for receiving provision of the service, the vehicle mounted communication unit comprising: a control unit; and a communication module configured to perform communication through the mobile communication network, characterized in that the control unit comprises: a communication abnormality detecting unit configured to detect a communication abnormality of the communication via the communication module when communication connection cannot be performed at any of plural elements consisting of the server terminal, the mobile communication network, and the communication module, and a restoration executing unit configured to execute, when the communication abnormality is detected by the communication abnormality detecting unit, restoration operation performed by resetting an operation state of the communication module at a timing and to adapt the timing according to the element at which communication connection cannot be performed. a control unit; and a communication module configured to perform communication through the mobile communication network, characterized in that the control unit comprises: a communication abnormality detecting unit configured to detect a communication abnormality of the communication via the communication module when communication connection cannot be performed at any of plural elements consisting of the server terminal, the mobile communication network, and the communication module, and a restoration executing unit configured to execute, when the communication abnormality is detected by the communication abnormality detecting unit, restoration operation performed by resetting an operation state of the communication module at a timing and to adapt the timing according to the element at which communication connection cannot be performed. a communication abnormality detecting unit configured to detect a communication abnormality of the communication via the communication module when communication connection cannot be performed at any of plural elements consisting of the server terminal, the mobile communication network, and the communication module, and a restoration executing unit configured to execute, when the communication abnormality is detected by the communication abnormality detecting unit, restoration operation performed by resetting an operation state of the communication module at a timing and to adapt the timing according to the element at which communication connection cannot be performed.
A sintered material comprising a first compound formed of Ti, Al, Si, O, and N, wherein said first compound contains Ti (1-a-b) Al a Si b O x N y, and a, b, x and y in said Ti (1-a-b) Al a Si b O x N y respectively satisfy 0.01 ≤ a ≤ 0.70, 0.01 ≤ b ≤ 0.55, 0.06 ≤ a + b ≤ 0.88, 0.005 ≤ x ≤ 0.6, 0.4 ≤ y ≤ 0.995, and 0.5 < x + y ≤ 1, and wherein said first compound is sintered, and said Ti (1-a-b) Al a Si b O x N y has a structure in which Al, Si, and O are dissolved in a crystal structure formed of Ti and N. said first compound contains Ti (1-a-b) Al a Si b O x N y, and a, b, x and y in said Ti (1-a-b) Al a Si b O x N y respectively satisfy 0.01 ≤ a ≤ 0.70, 0.01 ≤ b ≤ 0.55, 0.06 ≤ a + b ≤ 0.88, 0.005 ≤ x ≤ 0.6, 0.4 ≤ y ≤ 0.995, and 0.5 < x + y ≤ 1, and wherein said first compound is sintered, and said Ti (1-a-b) Al a Si b O x N y has a structure in which Al, Si, and O are dissolved in a crystal structure formed of Ti and N.
A laser projection clock, comprising: a driving device comprising a plurality of rotating shafts and a power element for driving the plurality of rotating shafts to rotate at different speeds respectively, wherein each of the rotating shafts has a rotation axis, and the rotation axes are separated from each other; characterised by a plurality of pointer light source devices configured on one side of the driving device to each output a laser beam, wherein the pointer light source device comprises a laser output unit and a tilt adjustment unit configured on one side of the laser output unit, an output direction of each laser beam being adjustable; and a plurality of diffraction optical elements or holograms (30, 30A, 30B, 30C) configured on the plurality of rotating shafts in a one-on-one manner in order to be rotated by the plurality of rotating shafts respectively, wherein each of said diffraction optical element or hologram (30, 30A, 30B, 30C) has an indication pattern (31A, 31B, 31C), and the plurality of laser beams are projected to a corresponding projection plane (P, P1, P2, P3) by passing through the plurality of indication patterns (31A, 31B, 31C) of the plurality of diffraction optical elements or holograms (30A, 30B, 30C) to form a plurality of laser indications (H1, H2, H3) respectively. a driving device comprising a plurality of rotating shafts and a power element for driving the plurality of rotating shafts to rotate at different speeds respectively, wherein each of the rotating shafts has a rotation axis, and the rotation axes are separated from each other; characterised by a plurality of pointer light source devices configured on one side of the driving device to each output a laser beam, wherein the pointer light source device comprises a laser output unit and a tilt adjustment unit configured on one side of the laser output unit, an output direction of each laser beam being adjustable; and a plurality of diffraction optical elements or holograms (30, 30A, 30B, 30C) configured on the plurality of rotating shafts in a one-on-one manner in order to be rotated by the plurality of rotating shafts respectively, wherein each of said diffraction optical element or hologram (30, 30A, 30B, 30C) has an indication pattern (31A, 31B, 31C), and the plurality of laser beams are projected to a corresponding projection plane (P, P1, P2, P3) by passing through the plurality of indication patterns (31A, 31B, 31C) of the plurality of diffraction optical elements or holograms (30A, 30B, 30C) to form a plurality of laser indications (H1, H2, H3) respectively.
A landing gear force and moment distributor system for an aircraft having a longitudinal axis aligned in a forward-aft direction, a vertical axis perpendicular to the longitudinal axis, and a landing gear including a pair of main landing gear (11, 12) arranged symmetrically about the longitudinal axis, each main landing gear having an actuator arranged to brake and/or drive one or more wheels, the force distribution system comprising: a distribution module arranged to: receive an input demand including a longitudinal force input demand corresponding to a desired braking or driving force along the longitudinal axis for the landing gear and a moment input demand corresponding to a desired moment about the vertical axis for the landing gear; and to use the received input demand to calculate an output command comprising, for each main landing gear, a longitudinal force output command corresponding to a braking or driving force along the longitudinal axis to be applied to said main landing gear to achieve the longitudinal force input demand, and a moment output command corresponding to a braking or driving force along the longitudinal axis to be applied to said main landing gear to achieve the moment input demand; and an error-based feedback loop module arranged to: calculate an error difference between the output command and the input demand; use the calculated error difference to calculate a corrected longitudinal force demand and corrected moment demand; and output the corrected longitudinal force input demand and corrected moment input demand to the distribution module to be received as the longitudinal force input demand and moment input demand, respectively, of the input demand. a distribution module arranged to: receive an input demand including a longitudinal force input demand corresponding to a desired braking or driving force along the longitudinal axis for the landing gear and a moment input demand corresponding to a desired moment about the vertical axis for the landing gear; and to use the received input demand to calculate an output command comprising, for each main landing gear, a longitudinal force output command corresponding to a braking or driving force along the longitudinal axis to be applied to said main landing gear to achieve the longitudinal force input demand, and a moment output command corresponding to a braking or driving force along the longitudinal axis to be applied to said main landing gear to achieve the moment input demand; and an error-based feedback loop module arranged to: calculate an error difference between the output command and the input demand; use the calculated error difference to calculate a corrected longitudinal force demand and corrected moment demand; and output the corrected longitudinal force input demand and corrected moment input demand to the distribution module to be received as the longitudinal force input demand and moment input demand, respectively, of the input demand.
A channel element for forming a drainage channel laid in a roadway and embedded in the ground across the entire height, the channel element comprising a substantially U-shaped conduit having a horizontal base section and two vertical side walls (03, 04) moulded onto the sides of the base section, and at least one support web which extends vertically upwards being moulded onto the base section between the side walls (03, 04), and the upper end of the support web running substantially at the same height as the upper end of the two side walls (03, 04), and the channel element being made of plastic, characterised in that a water drain element is moulded into the channel element, the water drain element being impermeable to water and having predetermined drill hole markings and stiffening ribs (10, 11) being moulded onto the bottom side of the base section. characterised in that a water drain element is moulded into the channel element, the water drain element being impermeable to water and having predetermined drill hole markings and stiffening ribs (10, 11) being moulded onto the bottom side of the base section.
A nanoparticle comprising an RNA hexameric nanoring with one to six functionalities attached by way of toehold interactions, wherein each toehold interaction comprises a single strand nucleation site on the nanoring that hybridizes to a complementary single strand nucleic acid on one of the functionalities, wherein (i) the one or more functionalities is an arm extension comprising double stranded RNA (dsRNA) or RNA/DNA hybrids or (ii) the one or more functionalities comprises one or more agents attached indirectly to the nanoring by attachment to said dsRNA or RNA-DNA arm extension.
A method of lipopolysaccharide extraction from gram negative bacterial cells comprising the step, extracting LPS from the cells in an LPS extraction composition comprising chloroform, methanol and water, wherein the LPS extraction composition is single-phase and wherein the amount of water in the LPS extraction composition is between 0.4 to 1.5% (v/v), the percentage of methanol in the LPS extraction composition is between 5% and 40% (v/v) and wherein the percentage of chloroform in the LPS extraction composition is between 60% (v/v) and 95% (v/v).