mhurhangee/ep-ind-claims huggingface dataset:
A processing machine for processing sheets, comprising at least one application assembly and at least one sheet sensor which is assigned to the respective application assembly, wherein the at least one sheet sensor is arranged upstream of the associated application assembly along a transport path of sheets, wherein the at least one sheet sensor is configured to detect the arrival time of sheets at the position of the sheet sensor, wherein the at least one application assembly has in each case at least one printing unit with a form cylinder and an individual drive which is assigned to the form cylinder, wherein the at least one application assembly has at least one processing point, wherein the at least one sheet sensor is configured to control and/or regulate the position and/or rotational speed of the respective form cylinder, wherein the processing machine has a shaping device with a form cylinder with an individual drive and a processing point assigned to the form cylinder, characterized in that at least one sheet sensor is assigned to each application assembly, in that at least one further sheet sensor is arranged along the transport path of sheets upstream of the processing point of the shaping device, which is configured to control and/or regulate the position and/or rotational speed of the form cylinder of the shaping device and additionally or alternatively the transport speed of sheets is changing by means of an acceleration and/or a decelerating of a sheet of the sheets with at least a portion of a transport means upstream of the processing point of the shaping device relative to the processing speed of the processing machine at the relevant position.
A prestressed tube section structure of an immersed tunnel, comprising multiple successively connected segments (1, 2), wherein a shear-resistant structure and a water stop system are arranged between adjacent segment joints of said segments; multiple prestressing tendons are arranged in the tube section along the circumferential direction of the tube section; and each prestressing tendon is communicated along the longitudinal direction of the tube section, characterized in that each prestressing tendon is partitioned and cut-off into multiple sections at a position close to each segment joint.
Method for the production of denture elements with digital acquisition of surface data of a remaining dental area, three-dimensional design of at least one denture element for the remaining dental area, including the acquired surface data of the remaining dental area; and preparation of corresponding shape data; partial or complete production of the at least one denture element on the basis of the surface data and shape data, creating an entire shape component from a merger of configuration data of at least one predefined, three-dimensional body with shape data of the at least one three-dimensionally shaped denture element, wherein the predefined three-dimensional bodies are developed as intermediate links or pontics of a dental bridge and are taken from a database and in the merger of various three-dimensional bodies, the transition to the connecting sites is radiused, wherein in the radiusing, stability criteria and anatomical shape criteria according to the specifications of natural tooth shapes are taken into consideration characterized in that as predefined three-dimensional bodies, parts of a rod attachment are used for the connections of two bridge elements, and that insertion directions required for the construction of a rod attachment can be fixed.
Imaging system using the scanning of a surface of at least one sample comprising: - a support capable of being driven in rotation about an axis, comprising: - a data storage area; and - at least one housing for receiving a sample; - a reading device comprising a first reading head for reading the data stored in said storage area, comprising first means for adjusting a first light beam, said reading device further comprising: - a second head for the detecting/measurement of the light emitted by the sample under the action of a second excitation light beam, - and second means for adjusting the second excitation light beam driven by a control signal of the first means for adjusting the first light beam of said first reading head, characterised in that the second detection/measurement head comprises a fibre conveying the excitation light power and piezoelectric shims controlling the position of this fibre vertically, in the Z direction, in relation to the support. - a support capable of being driven in rotation about an axis, comprising: - a data storage area; and - at least one housing for receiving a sample; - a data storage area; and - at least one housing for receiving a sample; - a reading device comprising a first reading head for reading the data stored in said storage area, comprising first means for adjusting a first light beam, said reading device further comprising: - a second head for the detecting/measurement of the light emitted by the sample under the action of a second excitation light beam, - and second means for adjusting the second excitation light beam driven by a control signal of the first means for adjusting the first light beam of said first reading head, characterised in that the second detection/measurement head comprises a fibre conveying the excitation light power and piezoelectric shims controlling the position of this fibre vertically, in the Z direction, in relation to the support. - a second head for the detecting/measurement of the light emitted by the sample under the action of a second excitation light beam, - and second means for adjusting the second excitation light beam driven by a control signal of the first means for adjusting the first light beam of said first reading head,
An ANR circuit comprising a signal processing topology having a feedback ANR pathway, a feedforward ANR pathway, and a pass-through audio pathway, wherein the ANR circuit is structured to: receive a feedback reference signal from a feedback microphone; generate feedback anti-noise sounds in the feedback ANR pathway from digital data representing at least the feedback reference signal; receive a feedforward reference signal from a feedforward microphone; generate feedforward anti-noise sounds in the feedforward ANR pathway from digital data representing at least the feedforward reference signal; receive a pass-through audio signal from an audio source; generate modified pass-through audio sounds in the pass-through audio pathway from digital data representing the pass-through audio signal; combine the feedback anti-noise sounds from the feedback ANR pathway, the feedforward anti-noise sounds from the feedforward ANR pathway, and the modified pass-through audio sounds from the pass-through audio pathway; output an output signal conveying a combination of the feedback anti-noise sounds, the feedforward anti-noise sounds and the modified pass-through audio sounds to be acoustically output by an acoustic driver, characterized in that the ANR circuit is further structured to: enable a point at which the modified pass-through audio sounds are combined with the feedback anti-noise sounds to be selectable between at least a first location along the feedback ANR pathway where the feedback ANR and pass-through audio pathways are able to be combined and a second location along the feedback ANR pathway where the feedback ANR and pass-through audio pathways are able to be combined. receive a feedback reference signal from a feedback microphone; generate feedback anti-noise sounds in the feedback ANR pathway from digital data representing at least the feedback reference signal; receive a feedforward reference signal from a feedforward microphone; generate feedforward anti-noise sounds in the feedforward ANR pathway from digital data representing at least the feedforward reference signal; receive a pass-through audio signal from an audio source; generate modified pass-through audio sounds in the pass-through audio pathway from digital data representing the pass-through audio signal; combine the feedback anti-noise sounds from the feedback ANR pathway, the feedforward anti-noise sounds from the feedforward ANR pathway, and the modified pass-through audio sounds from the pass-through audio pathway; output an output signal conveying a combination of the feedback anti-noise sounds, the feedforward anti-noise sounds and the modified pass-through audio sounds to be acoustically output by an acoustic driver, enable a point at which the modified pass-through audio sounds are combined with the feedback anti-noise sounds to be selectable between at least a first location along the feedback ANR pathway where the feedback ANR and pass-through audio pathways are able to be combined and a second location along the feedback ANR pathway where the feedback ANR and pass-through audio pathways are able to be combined.
A method for use of a wireless terminal device comprising: transmitting a Probe request frame by using a quasi-omni antenna pattern if beam-forming training with a wireless base station device is not completed; selecting the wireless base station device as a connection destination if a Probe response frame corresponding to the Probe request frame is received from the wireless base station device, characterized by performing the beam-forming training with the wireless base station device if the Probe response frame is not received from the wireless base station device. transmitting a Probe request frame by using a quasi-omni antenna pattern if beam-forming training with a wireless base station device is not completed; selecting the wireless base station device as a connection destination if a Probe response frame corresponding to the Probe request frame is received from the wireless base station device, characterized by performing the beam-forming training with the wireless base station device if the Probe response frame is not received from the wireless base station device.
A conjugated therapeutic peptide for use in a method of treatment, comprising a targeting group that is a non-hormonal 25-hydroxy-vitamin D that is not hydroxylated at the carbon 1 position, conjugated to the therapeutic peptide at the carbon 3 position of said non-hormonal vitamin D targeting group, wherein said therapeutic peptide is conjugated to said non-hormonal vitamin D targeting group via a poly(ethylene glycol) or polypropylene glycol) scaffold, and wherein: i) said therapeutic peptide is a peptide having apelin activity comprising an amino acid sequence with at least a 90% sequence identity to SEQ ID NO: 1 or 16; or ii) said therapeutic peptide is a peptide having ghrelin activity comprising an amino acid sequence with at least a 90% sequence identity to a protein selected from the group consisting of SEQ ID NO: 2, 3, 4, and 5; or iii) said therapeutic peptide is a peptide having PTH activity comprising an amino acid sequence with at least a 90% sequence identity to SEQ ID NO: 10 or 17; or iv) said therapeutic peptide is a peptide having insulin activity and comprising a dimer of peptides having amino acid sequences with at least a 90% sequence identity to SEQ ID NO: 11 or 12; or v) said therapeutic peptide is a peptide of 50 amino acids or less. i) said therapeutic peptide is a peptide having apelin activity comprising an amino acid sequence with at least a 90% sequence identity to SEQ ID NO: 1 or 16; or ii) said therapeutic peptide is a peptide having ghrelin activity comprising an amino acid sequence with at least a 90% sequence identity to a protein selected from the group consisting of SEQ ID NO: 2, 3, 4, and 5; or iii) said therapeutic peptide is a peptide having PTH activity comprising an amino acid sequence with at least a 90% sequence identity to SEQ ID NO: 10 or 17; or iv) said therapeutic peptide is a peptide having insulin activity and comprising a dimer of peptides having amino acid sequences with at least a 90% sequence identity to SEQ ID NO: 11 or 12; or v) said therapeutic peptide is a peptide of 50 amino acids or less.
Exhaust treatment system for mitigation of noxious pollutants emitted from an engine which is run predominantly under stoichiometric conditions, wherein one or more three-way catalysts in close-coupled position are accompanied downstream by a combined under-floor (uf) catalyzed HC-trap / SCR-catalyst device, characterized in that the catalyzed HC-trap is to adsorb hydrocarbons during the vehicle cold start and at higher temperatures oxidize the species on the HC-trap catalyst before they desorb, and wherein the catalyzed HC-trap is located upstream of the SCR-catalyst.
A power tool comprising: - a housing, - a stationary part, which is stationary relative to the housing, - a rotatable part, which is rotatable about a rotation axis relative to the stationary part, and - a rotary transformer comprising: a stator attached to the stationary part, the stator comprising a stator coil structure, a stator carrier and a stator screen layer, wherein the stator screen layer is arranged between the stator coil structure and the stator carrier, wherein the stator screen layer is a first ferrite tape, and a rotor attached to the rotatable part, the rotor comprising a rotor coil structure inductively coupled with the stator coil structure, a rotor carrier and a rotor screen layer, wherein the rotor screen layer is arranged between the rotor coil structure and the rotor carrier, wherein the rotor screen layer is a second ferrite tape, wherein the rotor coil structure and the stator coil structure are arranged with an air gap between them in a direction along the rotation axis, wherein the stationary part comprises stationary electronic circuitry connected to the stator coil structure and the rotatable part comprises rotating electronic circuitry connected to the rotor coil structure. - a housing, - a stationary part, which is stationary relative to the housing, - a rotatable part, which is rotatable about a rotation axis relative to the stationary part, and - a rotary transformer comprising: a stator attached to the stationary part, the stator comprising a stator coil structure, a stator carrier and a stator screen layer, wherein the stator screen layer is arranged between the stator coil structure and the stator carrier, wherein the stator screen layer is a first ferrite tape, and a rotor attached to the rotatable part, the rotor comprising a rotor coil structure inductively coupled with the stator coil structure, a rotor carrier and a rotor screen layer, wherein the rotor screen layer is arranged between the rotor coil structure and the rotor carrier, wherein the rotor screen layer is a second ferrite tape, wherein the rotor coil structure and the stator coil structure are arranged with an air gap between them in a direction along the rotation axis, a stator attached to the stationary part, the stator comprising a stator coil structure, a stator carrier and a stator screen layer, wherein the stator screen layer is arranged between the stator coil structure and the stator carrier, wherein the stator screen layer is a first ferrite tape, and a rotor attached to the rotatable part, the rotor comprising a rotor coil structure inductively coupled with the stator coil structure, a rotor carrier and a rotor screen layer, wherein the rotor screen layer is arranged between the rotor coil structure and the rotor carrier, wherein the rotor screen layer is a second ferrite tape, wherein the rotor coil structure and the stator coil structure are arranged with an air gap between them in a direction along the rotation axis,
An inkjet adhesive comprising: two or more monofunctional monomers, each having a log D octanol/water of 1.1 or higher; either an additional monofunctional monomer having a log D octanol/water of 1.1 or higher or a difunctional monomer having a log D octanol/water of 1.1 or higher; and one or more photoinitiators, wherein the inkjet adhesive: contains less than 0.5% by weight of monomers having a log D octanol/water of lower than 1.1, based on the total weight of the inkjet adhesive; contains less than 10% by weight of multifunctional monomers, based on the total weight of the inkjet adhesive; and is free from a colouring agent, and wherein log D oct / wat = log solute octanol ionized + solute octanol un-ionized solute water ionized + solute water un-ionized.
A dispenser platform, comprising: a support (106, 206, 306, 406, 506) including a first portion (106-1, 206-1, 306-1, 406-1, 506) and a second portion (106-2, 206-2, 306-2, 406-2, 506); a stage (110, 210, 310, 410, 510) coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support; a rail system (214, 314, 414-1, 414-2, 514); an enclosure (102, 202, 302, 402, 502) that includes a first actuator (104, 204, 304, 404) to move the first portion (106-1, 206-1, 306-1, 406-1, 506) of the support in a first plane, wherein the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support extends outside the enclosure (102, 202, 302, 402, 502); and a second actuator (108, 208, 308, 408) coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support that extends outside the enclosure to move the stage (110, 210, 310, 410, 510) coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support in a second plane, wherein the second actuator is positioned outside the enclosure; wherein the stage (110, 210, 310, 410, 510) is supported by the rail system (214, 314, 414-1, 414-2, 514) coupled to the second actuator (108, 208, 308, 408); characterized in that the rail system (214, 314, 414-1, 414-2, 514) is configured to be extendable to a larger size and/or to be reduced to a smaller size, and a corresponding stage size can be coupled to the rail system. a support (106, 206, 306, 406, 506) including a first portion (106-1, 206-1, 306-1, 406-1, 506) and a second portion (106-2, 206-2, 306-2, 406-2, 506); a stage (110, 210, 310, 410, 510) coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support; a rail system (214, 314, 414-1, 414-2, 514); an enclosure (102, 202, 302, 402, 502) that includes a first actuator (104, 204, 304, 404) to move the first portion (106-1, 206-1, 306-1, 406-1, 506) of the support in a first plane, wherein the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support extends outside the enclosure (102, 202, 302, 402, 502); and a second actuator (108, 208, 308, 408) coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support that extends outside the enclosure to move the stage (110, 210, 310, 410, 510) coupled to the second portion (106-2, 206-2, 306-2, 406-2, 506) of the support in a second plane, wherein the second actuator is positioned outside the enclosure; wherein the stage (110, 210, 310, 410, 510) is supported by the rail system (214, 314, 414-1, 414-2, 514) coupled to the second actuator (108, 208, 308, 408); characterized in that the rail system (214, 314, 414-1, 414-2, 514) is configured to be extendable to a larger size and/or to be reduced to a smaller size, and a corresponding stage size can be coupled to the rail system.
Plug-in connection device consisting of at least one plug part and a socket part, which can be detachably connected together and which exhibit a plug insert or socket insert (4, 5) accommodated in the respective part (2, 3), wherein at least one of the inserts (4, 5) is configured for the plug coding and exhibits electrical connecting devices (6, 7), which cannot be rotated relative to it, and which can be inserted in a rotationally fixed manner into it in a number of rotational positions relative to the assigned part (2, 3), characterised in that the engaging and counter engaging elements (11, 12), which can engage in various rotational positions, are formed at mutually assigned ends (18, 19) of the insert (4, 5) and of a positioning element, the said positioning element being able to be inserted in the interior (13, 14) of the respective part (2, 3) in a predetermined insertion position, wherein the counter engaging elements are arranged on a sleeve-shaped positioning element which is, particularly detachably, pushed on to the particular insert (4, 5), wherein the engaging elements are formed on an essentially annular end flange, wherein said end flange exhibits an annular groove that is open in the direction of the positioning element, wherein the engaging elements are arranged at least along one edge of the annular groove.
A double-stranded RNA (dsRNA) compound which down regulates expression of a CASP2 gene encoding an mRNA having a sequence set forth in any one of SEQ ID NO:1-3, for use in providing neuroprotection of a neuron in the ear of a subject in need thereof.
Fastening means for a furniture supporting construction, comprising a bearing means which is at least partially U-shaped and has a recess with at least one of the inner sides being inclined, and which comprises boreholes (11a, 11b) by means of which the bearing means is fastenable to a furniture board; and at least one clamp, which has a clamp side that is inclined correspondingly to the inclined inner side of the bearing means and can be screwed to the bearing means by means of a clamp screw, so that, by tightening the clamp screw, a lateral force acts on a supporting construction to be fastened and clamps it; wherein the fastening means further comprises a reinforcing element fixedly connected to the bearing means; and the bearing means is made of a softer material than the reinforcing element. a bearing means which is at least partially U-shaped and has a recess with at least one of the inner sides being inclined, and which comprises boreholes (11a, 11b) by means of which the bearing means is fastenable to a furniture board; and at least one clamp, which has a clamp side that is inclined correspondingly to the inclined inner side of the bearing means and can be screwed to the bearing means by means of a clamp screw, so that, by tightening the clamp screw, a lateral force acts on a supporting construction to be fastened and clamps it; wherein the fastening means further comprises a reinforcing element fixedly connected to the bearing means; and the bearing means is made of a softer material than the reinforcing element.
A pharmaceutical composition comprising an effective amount of tacrolimus for use in treating or preventing lymphedema, wherein the lymphedema is associated with cancer treatment, is the result of a lymphatic injury, is caused by an infection, and/or is caused by obesity.
Landing gear provided with a stand and a pivoting assembly carrying a contact member that is configured to be in contact with the ground, said pivoting assembly being able to rotate about a pivot axis in relation to the stand, said landing gear having an immobilization system comprising a movable pin and a control configured to request the application of a locked mode or an unlocked mode, the immobilization system comprising a passage, the pin being outside said passage in an unlocked phase of the unlocked mode, the pin being able to move in the passage in azimuth relative to the pivot axis in a locked phase of the locked mode, the immobilization system having an elastic locking system pushing the pin, when in the locked mode, either against the base during an armed phase of the locked mode as long as the pin does not enter the passage, or into the passage as soon as the pin is in line with the passage in the locked phase, the immobilization system comprising an elastic unlocking system configured to move said pin out of the passage when activation of the unlocked mode is commanded by the control, characterized in that the passage is provided in a base secured to the pivoting assembly, the elastic unlocking system being calibrated to allow the pin to be extracted from the passage only when there is a shearing force between the base and the pin below a threshold.