mhurhangee/ep-ind-claims huggingface dataset:
Training device with a framework for arranging the training device on a floor surface, with a training arrangement arranged on the framework, which has a sitting surface for usage by a sitting person or a running surface for usage by a standing person, as well as with a holding arrangement (5, 6) having a bar arranged transversally to the longitudinal direction of the training device, which is intended and arranged for supporting the hands of the person training on the training device, as well as with an alphanumeric keyboard (7, 8) equipped for typing, characterized in that the keyboard is arranged at the holding arrangement on the side of the bar which is opposed to the sitting surface or the running surface, wherein the keyboard is arranged inclined with respect to the horizontal, in such a way that the space key comes to lie higher from the floor surface than the QWERT-keys of the keyboard and the keyboard is arranged at the holding arrangement with an adjustable inclination and wherein the keyboard is formed by keyboard halves (7, 8) having each a part of the keys and which are arranged at the holding arrangement independently from one another.
Pneumatically actuable disc brake having: a. a brake caliper, at least one brake pad on the application side and on the reaction side, and a brake disc; b. at least one brake pad on the application side which is movable both in a direction parallel to a brake disc axis of rotation and parallel to the brake disc friction surface; c. an actuating device having a brake cylinder, which can be acted on at least by compressed air, as brake force generator, which acts on an application device for applying the brake pad; and d. at least one self-boosting device (6, 6') with ramps (7, 7'; 8, 8'), characterized in that e. the ramps (7, 7'; 8, 8') each have a degressive ramp curve which is established according to the formula u = ∫ 1 f h dh = G h h = G − 1 u wherein in the case of an approximation with tan α = f h = − mh + n there is obtained by integration: h = 1 m ⋅ n − e − m ⋅ u where: α = ramp angle, h = curve profile of the ramp (7, 7'; 8, 8'), m = constant, n = tangent of a starting wedge angle at a stroke of zero, and u = circumferential travel. a. a brake caliper, at least one brake pad on the application side and on the reaction side, and a brake disc; b. at least one brake pad on the application side which is movable both in a direction parallel to a brake disc axis of rotation and parallel to the brake disc friction surface; c. an actuating device having a brake cylinder, which can be acted on at least by compressed air, as brake force generator, which acts on an application device for applying the brake pad; and d. at least one self-boosting device (6, 6') with ramps (7, 7'; 8, 8'), e. the ramps (7, 7'; 8, 8') each have a degressive ramp curve which is established according to the formula u = ∫ 1 f h dh = G h h = G − 1 u wherein in the case of an approximation with tan α = f h = − mh + n there is obtained by integration: h = 1 m ⋅ n − e − m ⋅ u where: α = ramp angle, h = curve profile of the ramp (7, 7'; 8, 8'), m = constant, n = tangent of a starting wedge angle at a stroke of zero, and u = circumferential travel. α = ramp angle, h = curve profile of the ramp (7, 7'; 8, 8'), m = constant, n = tangent of a starting wedge angle at a stroke of zero, and u = circumferential travel.
A method of configuring a printer (108; 110), comprising: obtaining, by the printer, a dynamic IP address using a wired connection; establishing, by the printer, a connection with a server (112, 114) using the wired connection and the dynamic IP address; downloading, by the printer, configuration information from the server (112, 114) wherein the configuration information comprises address information and the address information comprises a list of unavailable IP addresses; assigning, by the printer, a static IP address to the printer (108; 110) using the configuration information; and establishing, by the printer, a connection with a server using a wireless connection and the static IP address. obtaining, by the printer, a dynamic IP address using a wired connection; establishing, by the printer, a connection with a server (112, 114) using the wired connection and the dynamic IP address; downloading, by the printer, configuration information from the server (112, 114) wherein the configuration information comprises address information and the address information comprises a list of unavailable IP addresses; assigning, by the printer, a static IP address to the printer (108; 110) using the configuration information; and establishing, by the printer, a connection with a server using a wireless connection and the static IP address.
Diffuser, in particular for a motor vehicle, configured to direct a flow of air conveyed via a ventilation duct which extends to the rear of said diffuser, said diffuser comprising: • a housing intended to be connected to the ventilation duct and having an outlet opening configured to allow the flow of air conveyed via the ventilation duct to pass into the passenger compartment of the vehicle, and • means for closing and for guiding the flow of air, wherein: • the closure and guiding means comprise a first and a second pair of pivoting flaps, the second pair of flaps being arranged downstream of the first pair of flaps relative to the flow of air, • the first pair of flaps is mounted so as to be able to move by pivoting about a first common pivot axis, characterized in that • the second pair of flaps is mounted so as to be able to move by pivoting about a second common pivot axis. • a housing intended to be connected to the ventilation duct and having an outlet opening configured to allow the flow of air conveyed via the ventilation duct to pass into the passenger compartment of the vehicle, and • means for closing and for guiding the flow of air, • the closure and guiding means comprise a first and a second pair of pivoting flaps, the second pair of flaps being arranged downstream of the first pair of flaps relative to the flow of air, • the first pair of flaps is mounted so as to be able to move by pivoting about a first common pivot axis, • the second pair of flaps is mounted so as to be able to move by pivoting about a second common pivot axis.
A method for modifying a parameter of operation of a system for use in an automated or semi-automated hair transplantation procedure, the method comprising: providing a real-time image (305; 320) of a body surface (120; 230; 310) where a system comprising a tool (110; 200; 220) is used to perform an automated or semi-automated hair transplantation procedure; providing at least one historic snapshot (345; 355) of the body surface (120; 230; 310), the at least one historic snapshot (345; 355) identifying a parameter associated with hair transplantation; determining if a value of the identified parameter associated with the hair transplantation is outside one or more acceptable or desirable limits; and automatically modifying by the system at least one parameter of operation of the tool (110; 200; 220) if the value of the identified parameter associated with the hair transplantation is outside one or more acceptable or desirable limits. providing a real-time image (305; 320) of a body surface (120; 230; 310) where a system comprising a tool (110; 200; 220) is used to perform an automated or semi-automated hair transplantation procedure; providing at least one historic snapshot (345; 355) of the body surface (120; 230; 310), the at least one historic snapshot (345; 355) identifying a parameter associated with hair transplantation; determining if a value of the identified parameter associated with the hair transplantation is outside one or more acceptable or desirable limits; and automatically modifying by the system at least one parameter of operation of the tool (110; 200; 220) if the value of the identified parameter associated with the hair transplantation is outside one or more acceptable or desirable limits.
A method for audio coding, comprising the steps of: primary encoding a present audio signal sample into an encoded representation of said present audio signal sample, wherein the primary encoding is a causal encoding; non-causal encoding a first previous audio signal sample into an encoded enhancement representation of said first previous audio signal sample; and providing said encoded representation of said present audio signal sample and said encoded enhancement representation of said first previous audio signal sample, wherein said non-causal encoding is a non-causal prediction encoding. primary encoding a present audio signal sample into an encoded representation of said present audio signal sample, wherein the primary encoding is a causal encoding; non-causal encoding a first previous audio signal sample into an encoded enhancement representation of said first previous audio signal sample; and providing said encoded representation of said present audio signal sample and said encoded enhancement representation of said first previous audio signal sample, wherein said non-causal encoding is a non-causal prediction encoding.
An isolated peptide consisting of: a) the amino acid sequence of amino acids 582 to 589 of SEQ ID NO: 2; b) a fragment of at least 6 consecutive amino acids of (a); c) the amino acid sequence corresponding to (a) or (b) in another mammalian CD31; or d) an amino acid sequence corresponding to (a), (b) or (c) wherein the entire amino acid sequence of the peptide is inverted, wherein the term inverted means an inversion of the amino acid chain from the C-terminal end to the N-terminal end, wherein said peptide is soluble in water and wherein said peptide has the biological activity of exerting a dose-dependent inhibition of T-cell proliferation in vitro. a) the amino acid sequence of amino acids 582 to 589 of SEQ ID NO: 2; b) a fragment of at least 6 consecutive amino acids of (a); c) the amino acid sequence corresponding to (a) or (b) in another mammalian CD31; or d) an amino acid sequence corresponding to (a), (b) or (c) wherein the entire amino acid sequence of the peptide is inverted, wherein the term inverted means an inversion of the amino acid chain from the C-terminal end to the N-terminal end,
A wheel bearing for mounting a motor vehicle tyre of a motor vehicle, in particular a truck, having a first ring, in particular designed as an inner bearing ring, a second ring, in particular designed as an outer bearing ring or hub, which is rotatably mounted relative to the first ring via at least one greased rolling bearing, a sealing unit arranged in the radial direction between the first ring and the second ring for sealing the first ring from the second ring, a further sealing unit arranged in the radial direction between the first ring and the second ring for sealing the first ring from the second ring, and a pressure chamber formed in the radial direction between the first ring and the second ring and in the axial direction between the sealing unit and the further sealing unit, characterised in that a support ring is arranged in the axial direction between the rolling bearing and the sealing unit for axially supporting the sealing unit at a pressure in the pressure chamber, wherein the support ring forms an air gap between the support ring and the first ring or second ring rotatable relative to the support ring, which air gap is dimensioned to retain lubricating grease from the rolling bearing. a first ring, in particular designed as an inner bearing ring, a second ring, in particular designed as an outer bearing ring or hub, which is rotatably mounted relative to the first ring via at least one greased rolling bearing, a sealing unit arranged in the radial direction between the first ring and the second ring for sealing the first ring from the second ring, a further sealing unit arranged in the radial direction between the first ring and the second ring for sealing the first ring from the second ring, and a pressure chamber formed in the radial direction between the first ring and the second ring and in the axial direction between the sealing unit and the further sealing unit, characterised in that a support ring is arranged in the axial direction between the rolling bearing and the sealing unit for axially supporting the sealing unit at a pressure in the pressure chamber, wherein the support ring forms an air gap between the support ring and the first ring or second ring rotatable relative to the support ring, which air gap is dimensioned to retain lubricating grease from the rolling bearing.
A tip and adapter assembly comprising: a tip that includes a body that defines a longitudinal axis, a vertical axis that is perpendicular to the longitudinal axis, and a lateral axis that is perpendicular to the vertical axis and the longitudinal axis, the body including: a forward working portion disposed along the longitudinal axis including a closed end; and a rear attachment portion disposed along the longitudinal axis including an open end; wherein the rear attachment portion defines an exterior surface; an adapter nose receiving pocket extending longitudinally from the open end; a retaining mechanism receiving aperture in communication with the adapter nose receiving pocket and the exterior surface; an adapter nose lug receiving groove extending longitudinally from the open end to the retaining mechanism receiving aperture; and at least one spring receiving slot that is in communication with the retaining mechanism receiving aperture and the adapter nose receiving pocket; and an adapter that includes a body comprising a nose portion that is configured to fit within the adapter nose receiving pocket of the tip; characterised in that the at least one spring receiving slot of the tip includes a spring base receiving portion extending laterally from the adapter nose receiving pocket and terminating at a vertical face, and a spring arm receiving portion extending vertically from the spring base receiving portion and terminating laterally at a first vertical surface disposed laterally between the adapter nose receiving pocket and the vertical face. a forward working portion disposed along the longitudinal axis including a closed end; and a rear attachment portion disposed along the longitudinal axis including an open end; wherein the rear attachment portion defines an exterior surface; an adapter nose receiving pocket extending longitudinally from the open end; a retaining mechanism receiving aperture in communication with the adapter nose receiving pocket and the exterior surface; an adapter nose lug receiving groove extending longitudinally from the open end to the retaining mechanism receiving aperture; and at least one spring receiving slot that is in communication with the retaining mechanism receiving aperture and the adapter nose receiving pocket; and an adapter that includes a body comprising a nose portion that is configured to fit within the adapter nose receiving pocket of the tip; characterised in that the at least one spring receiving slot of the tip includes a spring base receiving portion extending laterally from the adapter nose receiving pocket and terminating at a vertical face, and a spring arm receiving portion extending vertically from the spring base receiving portion and terminating laterally at a first vertical surface disposed laterally between the adapter nose receiving pocket and the vertical face.
A mobile combustion cleaning system for removing debris from a plurality of semi-permeable heat exchange surfaces by transmitting a shaped impulse wave a depth into the semi-permeable heat exchange surfaces for removing debris, the mobile combustion cleaning system comprising: a moveable distribution network extending from a mixing valve to an outlet, said mixing valve receiving a combustion mixture from a mobile cart according to a configurable controller; an ignitor positioned between said mixing valve and said outlet and in electrical communication with said configurable controller whereby said ignitor generates said impulse wave from said combustion mixture; said moveable distribution network configured for transmitting said impulse wave from said outlet onto said semi-permeable heat exchange surfaces; a navigation network configured for secured receipt of said distribution network; characterised by a a navigational controller in operable communication with said navigation network for movement of said navigation network along a first axis, a second axis and a third axis; said configurable controller configured for receiving and monitoring pressure data; and a navigation command sent from said navigational controller to said navigation network for movement of said distribution network along at least one of said first, second and third axes (42a, 42b, 42c). a moveable distribution network extending from a mixing valve to an outlet, said mixing valve receiving a combustion mixture from a mobile cart according to a configurable controller; an ignitor positioned between said mixing valve and said outlet and in electrical communication with said configurable controller whereby said ignitor generates said impulse wave from said combustion mixture; said moveable distribution network configured for transmitting said impulse wave from said outlet onto said semi-permeable heat exchange surfaces; a navigation network configured for secured receipt of said distribution network; characterised by a a navigational controller in operable communication with said navigation network for movement of said navigation network along a first axis, a second axis and a third axis; said configurable controller configured for receiving and monitoring pressure data; and a navigation command sent from said navigational controller to said navigation network for movement of said distribution network along at least one of said first, second and third axes (42a, 42b, 42c).
A method for controlling an electrowetting optical device comprising: Applying, in a dielectric enclosure of the electrowetting optical device, a direct current voltage or an alternative current voltage having a frequency f lower than 10 Hz to a liquid/liquid interface formed by a non-conductive liquid and a conductive liquid and movable by electrowetting under the application of the voltage, wherein the conductive liquid comprises at least one multivalent salt; and wherein the dielectric enclosure is coated with both a poly-para-xylylene linear polymer and with a layer of a low surface energy coating. Applying, in a dielectric enclosure of the electrowetting optical device, a direct current voltage or an alternative current voltage having a frequency f lower than 10 Hz to a liquid/liquid interface formed by a non-conductive liquid and a conductive liquid and movable by electrowetting under the application of the voltage, wherein the conductive liquid comprises at least one multivalent salt; and wherein the dielectric enclosure is coated with both a poly-para-xylylene linear polymer and with a layer of a low surface energy coating.
A neutron capture therapy system, wherein the neutron capture therapy system comprises: an accelerator having a source for emission of a charged particle beam; a charged particle beam inlet for passing the charged particle beam; a neutron beam generating unit for generating a neutron beam by means of a nuclear reaction with the charged particle beam; a beam shaping assembly for adjusting flux and quality of the neutron beam generated by the neutron beam generating unit; a beam outlet adjoining to the beam shaping assembly; and a beam diagnostic system which comprises a charged particle beam diagnostic device and a neutron beam diagnostic device, wherein the beam diagnostic system is adapted to be used to simultaneously diagnose whether the neutron capture therapy system and/or the beam diagnostic system is malfunctioning, characterized in that the neutron capture therapy system further comprises a cooling device arranged into the neutron beam generating unit for cooling the neutron beam generating unit, and the beam diagnostic system further comprises a temperature detection device for detecting the temperature of the cooling device so as to obtain a situation of the neutron beam generated by the neutron beam generating unit, and a displacement detection device for diagnosing whether an irradiated body irradiated by the neutron beam emitted out from the beam outlet displaces. an accelerator having a source for emission of a charged particle beam; a charged particle beam inlet for passing the charged particle beam; a neutron beam generating unit for generating a neutron beam by means of a nuclear reaction with the charged particle beam; a beam shaping assembly for adjusting flux and quality of the neutron beam generated by the neutron beam generating unit; a beam outlet adjoining to the beam shaping assembly; and a beam diagnostic system which comprises a charged particle beam diagnostic device and a neutron beam diagnostic device, wherein the beam diagnostic system is adapted to be used to simultaneously diagnose whether the neutron capture therapy system and/or the beam diagnostic system is malfunctioning, characterized in that the neutron capture therapy system further comprises a cooling device arranged into the neutron beam generating unit for cooling the neutron beam generating unit, and the beam diagnostic system further comprises a temperature detection device for detecting the temperature of the cooling device so as to obtain a situation of the neutron beam generated by the neutron beam generating unit, and a displacement detection device for diagnosing whether an irradiated body irradiated by the neutron beam emitted out from the beam outlet displaces.
A production method of a thermoplastic resin composition comprising: compounding 0.001 to 50 parts by mass of at least one of metal compound selected from a metal complex and a metal halide, and 0.001 to 30 parts by mass of a polyalkylene glycol compound, with respect to 100 parts by mass of at least one thermoplastic resin selected from a group of acrylic resins, styrene resins, olefin resins and polycarbonate resins; and heating them at a temperature of 100 to 320°C, wherein said metal of the metal compound is zinc.