mhurhangee/ep-ind-claims huggingface dataset:
A cooling system for cooling of a combustion engine and a WHR-system in a vehicle, wherein the cooling system comprises an engine inlet line directing a circulating coolant to the combustion engine, a condenser inlet line directing coolant to a condenser in which it is configured to cool a working medium in the WHR- system, a first radiator configured to cool coolant to a first temperature (T 1), a second radiator configured to receive coolant from the first radiator and to cool the coolant to a second temperature (T 2) before the coolant is directed to the condenser inlet line, a radiator bypass line directing coolant past the radiators (8, 10) and to the engine inlet line, a first valve device configured to receive coolant from an engine outlet line and direct it to the radiator bypass line and/or to the radiators (8, 10), characterized in that the cooling system comprises a second valve device configured to receive coolant from the first radiator and direct it to the condenser inlet line and /or, via a condenser bypass line, to the engine inlet line, and a control unit configured to control the first valve device and the second valve device such that coolant of a suitable temperature is directed, via the engine inlet line, to the combustion engine and that coolant of a suitable temperature is directed, via the condenser inlet line, to the condenser.
A hydraulic control device, comprising: a hydraulic pump (16, 17) that is driven by rotation of an output shaft of an engine; at least one hydraulic actuator (11, 12) that is activated by a supply of hydraulic fluid from the hydraulic pump (16, 17) and includes a regenerative actuator, return oil to be derived from the regenerative actuator being used for regeneration; a recovery oil passage for recovering, into a tank, the hydraulic fluid derived from the at least one hydraulic actuator (11, 12) and the hydraulic pump (16, 17); a regenerative motor that rotates the output shaft of the engine in response to the supply of the hydraulic fluid and is driven to rotate by rotation of the output shaft of the engine; a regenerative oil passage for guiding the return oil from the regenerative actuator to the regenerative motor without passing the return oil through the recovery oil passage; a coupling oil passage that couples the recovery oil passage and the regenerative oil passage to each other; and a regeneration-side check valve that is provided on the coupling oil passage, allows the hydraulic fluid to flow from the recovery oil passage toward the regenerative motor, and restricts the hydraulic fluid from flowing from the regenerative motor toward the recovery oil passage. a hydraulic pump (16, 17) that is driven by rotation of an output shaft of an engine; at least one hydraulic actuator (11, 12) that is activated by a supply of hydraulic fluid from the hydraulic pump (16, 17) and includes a regenerative actuator, return oil to be derived from the regenerative actuator being used for regeneration; a recovery oil passage for recovering, into a tank, the hydraulic fluid derived from the at least one hydraulic actuator (11, 12) and the hydraulic pump (16, 17); a regenerative motor that rotates the output shaft of the engine in response to the supply of the hydraulic fluid and is driven to rotate by rotation of the output shaft of the engine; a regenerative oil passage for guiding the return oil from the regenerative actuator to the regenerative motor without passing the return oil through the recovery oil passage; a coupling oil passage that couples the recovery oil passage and the regenerative oil passage to each other; and a regeneration-side check valve that is provided on the coupling oil passage, allows the hydraulic fluid to flow from the recovery oil passage toward the regenerative motor, and restricts the hydraulic fluid from flowing from the regenerative motor toward the recovery oil passage.
A mechanism for rotating a monitor around an instrument, the mechanism comprising: an extendible arm assembly comprising an outer section attached to the monitor, and an inner section attached to the instrument by means of a rotary bearing, characterized in that the mechanism comprises: a cam fixedly mounted on the instrument in a plane generally parallel to the plane of rotation of the monitor, the outer profile of the cam having at least one lobe directed towards a projecting feature of the instrument, the outer section of the extendible assembly arm being slidingly attached to the inner section of the extendible assembly arm, and having a spring mechanism adapted to apply a tensional force to the outer section in the direction towards the rotary bearing; and a cam follower attached to the outer section of the extendible arm assembly, such that as the extendible arm assembly is rotated, the cam follower traces the outer profile of the cam, thereby causing the outer section of the extendible arm also to trace the outer profile of the cam. an extendible arm assembly comprising an outer section attached to the monitor, and an inner section attached to the instrument by means of a rotary bearing, a cam fixedly mounted on the instrument in a plane generally parallel to the plane of rotation of the monitor, the outer profile of the cam having at least one lobe directed towards a projecting feature of the instrument, the outer section of the extendible assembly arm being slidingly attached to the inner section of the extendible assembly arm, and having a spring mechanism adapted to apply a tensional force to the outer section in the direction towards the rotary bearing; and a cam follower attached to the outer section of the extendible arm assembly, such that as the extendible arm assembly is rotated, the cam follower traces the outer profile of the cam, thereby causing the outer section of the extendible arm also to trace the outer profile of the cam.
A high melt strength acrylic formulation comprising: a) an acrylic matrix comprising one or more acrylic polymers; b) 5 to 15 weight percent based on the overall formulation of a very high molecular weight acrylic process aid containing at least 50 weight percent of methyl methacrylate monomer units, and optionally comonomers up to 50 weight percent, wherein said very high molecular weight acrylic process aid has a weight average molecular weight of 10 million g/mol (Daltons) or greater, as measured by GPC. a) an acrylic matrix comprising one or more acrylic polymers; b) 5 to 15 weight percent based on the overall formulation of a very high molecular weight acrylic process aid containing at least 50 weight percent of methyl methacrylate monomer units, and optionally comonomers up to 50 weight percent, wherein said very high molecular weight acrylic process aid has a weight average molecular weight of 10 million g/mol (Daltons) or greater, as measured by GPC.
A method of providing content to a mobile web browsing device from a web server, comprising the steps of: (a) receiving at a computer, remotely connected to the device over a wireless network, a log of data identifying content that has been viewed by the device; (b) deciding at the remote computer whether to send or cause to be sent updated content stored on the web server to the device over the wireless network; (c) automatically sending updated content stored on the web server to the device over the wireless network; (d) causing that updated content to be automatically stored in device memory; wherein the remote computer directly sends updated content to the device or causes the updated content to be sent to the device; and wherein the remote computer makes a decision whether or not to send, or cause to be sent, the updated content, by taking into account thresholds set for all the following conditions: (i) how fast the content on the web server is changing; (ii) how often the user views the content; (iii) what time of day it is; (iv) what day of the week it is; (v) what an operator of the wireless network wants to promote; (e) wherein the updated content is sent at off-peak periods; and (f) wherein the remote computer further calculates how long the updated content is saved on the mobile device before the updated content is removed, wherein said calculating is based on knowledge at the remote computer about how often the content is updated at the web server. (a) receiving at a computer, remotely connected to the device over a wireless network, a log of data identifying content that has been viewed by the device; (b) deciding at the remote computer whether to send or cause to be sent updated content stored on the web server to the device over the wireless network; (c) automatically sending updated content stored on the web server to the device over the wireless network; (d) causing that updated content to be automatically stored in device memory; wherein the remote computer directly sends updated content to the device or causes the updated content to be sent to the device; and wherein the remote computer makes a decision whether or not to send, or cause to be sent, the updated content, by taking into account thresholds set for all the following conditions: (i) how fast the content on the web server is changing; (ii) how often the user views the content; (iii) what time of day it is; (iv) what day of the week it is; (v) what an operator of the wireless network wants to promote; (i) how fast the content on the web server is changing; (ii) how often the user views the content; (iii) what time of day it is; (iv) what day of the week it is; (v) what an operator of the wireless network wants to promote; (e) wherein the updated content is sent at off-peak periods; and (f) wherein the remote computer further calculates how long the updated content is saved on the mobile device before the updated content is removed, wherein said calculating is based on knowledge at the remote computer about how often the content is updated at the web server.
A turbine engine comprising a rotor disc, said rotor disc comprising: a rotor disc body having a plurality of circumferentially positioned spindle bolt holes sized to house a spindle bolt within each spindle bolt hole; and at least one relief channel extending radially outward of one of the spindle bolt holes, wherein the at least one relief channel has a decreasing cross-sectional area moving radially outward, characterised in that the at least one relief channel is in fluid communication with at least one of the spindle bolt holes, and a radially inner extent of the at least one relief channel is radially outward of a radially outer extent of the spindle bolt holes. a rotor disc body having a plurality of circumferentially positioned spindle bolt holes sized to house a spindle bolt within each spindle bolt hole; and at least one relief channel extending radially outward of one of the spindle bolt holes, wherein the at least one relief channel has a decreasing cross-sectional area moving radially outward, characterised in that the at least one relief channel is in fluid communication with at least one of the spindle bolt holes, and a radially inner extent of the at least one relief channel is radially outward of a radially outer extent of the spindle bolt holes.
An electromagnetic coil device comprising a coil body having a connection terminal portion projecting from a circumferential surface of the coil body, a buckle for achieving a fixed connection between a valve body device and the electromagnetic coil device, the buckle having a positioning flat plate portion and an inserting flat plate portion fixedly connected to the positioning flat plate portion, characterized in that the inserting flat plate portion is pottedly connected to the connection terminal portion with potting material.
Device for the sealed retention of a pipe for the sealed penetration of the pipe through a partition wall, comprising a body equipped with a sealed axial passage for the pipe and with a peripheral region for the sealed mounting of the device in an orifice made in the partition wall, the body comprising a set of rigid sectors (20-a, 20-b, 20-c, 20-d) and a sealing material positioned between the sectors to delimit the said sealed passage, and around the said sectors in the said peripheral region of the body via which region it is mounted on the partition wall, characterized in that the body is formed as a single piece by overmoulding and the set of rigid sectors is a set of rigid retaining sectors (20-a, 20-b, 20-c, 20-d) each comprising a bearing shoe comprising a bearing surface able to rest flat against the external peripheral surface of the pipe.
A computed tomography apparatus for imaging an object, the computed tomography apparatus comprising: - an imaging region for receiving the object to be imaged, - a radiation source for generating modulated radiation traversing the object in the imaging region, - a detector for generating detection values depending on the radiation after having traversed the object, - a moving unit (1, 7, 8) for moving the radiation source and the object relative to each other, while generating the detection values, for generating detection values depending on radiation having traversed the object in different directions, - a weight providing unit for providing modulation weights for weighting the detection values depending on the modulation of the radiation, - a reconstruction unit for reconstructing an image of the object, being characterised in that the reconstruction unit is adapted to weight the detection values based on the provided modulation weights and to reconstruct the image of the object from the weighted detection values. - an imaging region for receiving the object to be imaged, - a radiation source for generating modulated radiation traversing the object in the imaging region, - a detector for generating detection values depending on the radiation after having traversed the object, - a moving unit (1, 7, 8) for moving the radiation source and the object relative to each other, while generating the detection values, for generating detection values depending on radiation having traversed the object in different directions, - a weight providing unit for providing modulation weights for weighting the detection values depending on the modulation of the radiation, - a reconstruction unit for reconstructing an image of the object, being characterised in that the reconstruction unit is adapted to weight the detection values based on the provided modulation weights and to reconstruct the image of the object from the weighted detection values.
A system including an MR scanner for generating a predefined electrical signal in said MR scanner for use in electrical stimulation of a subject during functional MRI of said subject performed in said MR scanner, said MR scanner located inside a shielded MRI room, the system comprising: - a control unit to be located outside the MRI room for generating an electrical signal, - an electrical to optical converter to be located outside the MRI room for converting said electrical signal to a corresponding optical signal, - an optical transmitting element, such as an optical fiber, for transmitting the optical signal into the MRI room, and - an optical to electrical converter for converting the optical signal to said predefined electrical signal for electrical stimulation of the subject during magnetic resonance imaging, said optical to electrical converter 1) being located inside the MRI room, and 2) configured for operating during magnetic resonance imaging. - a control unit to be located outside the MRI room for generating an electrical signal, - an electrical to optical converter to be located outside the MRI room for converting said electrical signal to a corresponding optical signal, - an optical transmitting element, such as an optical fiber, for transmitting the optical signal into the MRI room, and - an optical to electrical converter for converting the optical signal to said predefined electrical signal for electrical stimulation of the subject during magnetic resonance imaging, said optical to electrical converter 1) being located inside the MRI room, and 2) configured for operating during magnetic resonance imaging.
A nail plater apparatus comprising: a pair of spaced apart nail plate magazines, with each nail plate magazine configured to hold a plurality of stacked nail plates; and a pair of spaced apart nail plate extractor assemblies, with each nail plate extractor assembly associated with a respective nail plate magazine and configured to position a nail plate therefrom to a respective nail plate pressing area; characterized by a board magazine configured to hold a plurality of stacked boards; a board feeder configured to position a board from said board magazine to a board receiving area, with ends of the board being aligned with the nail plates positioned in the respective nail plate pressing areas; and a pair of spaced apart nail plate presser assemblies overlying ends of the board receiving area and aligned with the respective nail plate pressing areas and configured to press the nail plates into the ends of the board. a pair of spaced apart nail plate magazines, with each nail plate magazine configured to hold a plurality of stacked nail plates; and a pair of spaced apart nail plate extractor assemblies, with each nail plate extractor assembly associated with a respective nail plate magazine and configured to position a nail plate therefrom to a respective nail plate pressing area; characterized by a board magazine configured to hold a plurality of stacked boards; a board feeder configured to position a board from said board magazine to a board receiving area, with ends of the board being aligned with the nail plates positioned in the respective nail plate pressing areas; and a pair of spaced apart nail plate presser assemblies overlying ends of the board receiving area and aligned with the respective nail plate pressing areas and configured to press the nail plates into the ends of the board.
Knitting needle (100, 200, 300, 400) having a hook point (102, 202, 302, 408) with a point portion (122, 208, 308) forming a front end of the knitting needle (100, 200, 300, 400), an upper face (114, 304), lateral portions (116, 118, 204, 206) and a rear portion (120, 306) and a longitudinal axis, a vertical axis and a transverse axis arranged perpendicular to one another, characterized in that the knitting needle (100, 200, 300, 400) has at the hook point (102, 202, 302, 408) in a plane perpendicular to the longitudinal axis at least in portions an at least approximately oval cross section.
A magnetic separator for separating a target substance from a medium in which the target substance is suspended, the medium being contained in at least one container, the magnetic separator apparatus comprising: a frame having a first opening configured to receive the at the least one container, a first vertical sidewall, a second vertical sidewall, a bottom wall extending between the first vertical sidewall and the second vertical sidewall, and at least one beam extending between the first vertical sidewall and the second vertical sidewall; and a first magnetic field generating element mounted on said first vertical sidewall and a second magnetic field generating element mounted on said second vertical sidewall, the first magnetic field generating element and the second magnetic field generating element being mounted on opposing sides of the frame at a distance from each other such that the at least one container is positionable between the first and second magnetic field generating elements. a frame having a first opening configured to receive the at the least one container, a first vertical sidewall, a second vertical sidewall, a bottom wall extending between the first vertical sidewall and the second vertical sidewall, and at least one beam extending between the first vertical sidewall and the second vertical sidewall; and a first magnetic field generating element mounted on said first vertical sidewall and a second magnetic field generating element mounted on said second vertical sidewall, the first magnetic field generating element and the second magnetic field generating element being mounted on opposing sides of the frame at a distance from each other such that the at least one container is positionable between the first and second magnetic field generating elements.
An injection device, comprising: a body for containing and dispensing a medicament, the body having a plurality of dosage indicator windows for indicating a desired dosage of medicament; and a dose set sleeve rotatably connected with the body for setting the desired dosage, the dose set sleeve having a plurality of dosage numbers disposed thereon; wherein different dosage indicator windows display different ones of the dosage numbers; characterized in that the plurality of dosage numbers and a plurality of non-number indicators are disposed on the dose set sleeve in fixed relation with one another, wherein the dosage numbers are arranged in parallel helical patterns on the dose set sleeve; wherein the dose set sleeve and the dosage indicator windows are adapted to display one of the dosage numbers through one of the plurality of dosage indicator windows at a time, and at that time, display a non-number indicator through another of the plurality of the dosage indicator windows indicating which dosage indicator window the dosage number is displayed through. a body for containing and dispensing a medicament, the body having a plurality of dosage indicator windows for indicating a desired dosage of medicament; and a dose set sleeve rotatably connected with the body for setting the desired dosage, the dose set sleeve having a plurality of dosage numbers disposed thereon; wherein different dosage indicator windows display different ones of the dosage numbers; characterized in that the plurality of dosage numbers and a plurality of non-number indicators are disposed on the dose set sleeve in fixed relation with one another, wherein the dosage numbers are arranged in parallel helical patterns on the dose set sleeve; wherein the dose set sleeve and the dosage indicator windows are adapted to display one of the dosage numbers through one of the plurality of dosage indicator windows at a time, and at that time, display a non-number indicator through another of the plurality of the dosage indicator windows indicating which dosage indicator window the dosage number is displayed through.
A process for oxidizing and subsequently reducing an at least partially oxidized full stream, comprising the steps of: providing an oxidation unit and introducing a gasification agent for at least partially oxidizing a full stream comprising solid, liquid and gaseous materials such that the full stream is pneumatically transported to a material outlet of the oxidation unit, providing a substantially vertically arranged reduction unit, wherein the material outlet of the oxidation unit is connected to the reduction unit so that the material from the oxidation unit ends up in the reduction unit, wherein the reduction unit has a cross-section tapering towards the outlet port of the oxidation unit, wherein the flow rate of the full stream in the reduction unit is adapted to the material of the full stream and to the shape of the flow cross-section of the reduction unit so that a stable bed held in suspension is formed in the reduction unit. providing an oxidation unit and introducing a gasification agent for at least partially oxidizing a full stream comprising solid, liquid and gaseous materials such that the full stream is pneumatically transported to a material outlet of the oxidation unit, providing a substantially vertically arranged reduction unit, wherein the material outlet of the oxidation unit is connected to the reduction unit so that the material from the oxidation unit ends up in the reduction unit, wherein the reduction unit has a cross-section tapering towards the outlet port of the oxidation unit, wherein the flow rate of the full stream in the reduction unit is adapted to the material of the full stream and to the shape of the flow cross-section of the reduction unit so that a stable bed held in suspension is formed in the reduction unit.