mhurhangee/ep-ind-claims huggingface dataset:
Mobile vehicle barrier for setting up on flat ground, wherein: - between a lower part and an upper part a sliding plane rising from a vehicle impact side to a rear side or a curved sliding surface is provided which is formed between adjacent contact surfaces (12, 22) and/or sliding elements on the upper and lower part (10, 20), wherein the upper part is displaceable in relation to the lower part; - an offset section of the upper part in relation to the lower part, said offset section extending in the sliding plane or the sliding surface, is delimited by an interlocking connection of the lower part and upper part, and - the lower part and the upper part are connected in an interlocking manner to each other via at least one deformable traction element which extends beyond the sliding plane or the sliding surface, characterized - in that at least one support element which is directed onto a contact plane of the lower part and has at least one penetration body attached or integrally formed on the end side is arranged on a lower side and/or on a rear side and/or on an lower edge of the lower part, and - in that the support element is fastened to the lower part by an adjustment device by which the distance of the penetration body from the contact plane of the lower part can be changed. - between a lower part and an upper part a sliding plane rising from a vehicle impact side to a rear side or a curved sliding surface is provided which is formed between adjacent contact surfaces (12, 22) and/or sliding elements on the upper and lower part (10, 20), wherein the upper part is displaceable in relation to the lower part; - an offset section of the upper part in relation to the lower part, said offset section extending in the sliding plane or the sliding surface, is delimited by an interlocking connection of the lower part and upper part, and - the lower part and the upper part are connected in an interlocking manner to each other via at least one deformable traction element which extends beyond the sliding plane or the sliding surface, - in that at least one support element which is directed onto a contact plane of the lower part and has at least one penetration body attached or integrally formed on the end side is arranged on a lower side and/or on a rear side and/or on an lower edge of the lower part, and - in that the support element is fastened to the lower part by an adjustment device by which the distance of the penetration body from the contact plane of the lower part can be changed.
A rotary heat exchanger, which can be flown-through by a first fluid stream such as an external / supply air flow, and by a second fluid stream in counter-flow such as a waste / exhaust air flow, with a rotatably mounted rotor, which comprises a first flow sector for the first fluid stream and a second flow sector for the second fluid stream, through which it passes during a rotation, a mounting, in which the rotor is rotatably mounted, and a sealing arrangement, by means of which the inflow side of the first fluid stream and the outflow side of the second fluid stream is separable from the outflow side of the first fluid stream / the inflow side of the second fluid stream, wherein the sealing arrangement comprises a first seal, which seals against the side of a partition arranged on the inflow side of the first fluid stream, and a second seal, which seals against the side of the same partition arranged on the inflow side of the second fluid stream, wherein the first seal is designed as a sealing lip, with an axial seal portion, which sits on the cylindrical outer shell surface of the rotor, and a radial seal portion, which sits on the side of the partition arranged on the inflow side of the first fluid stream, and wherein the second seal is designed as a sealing lip, with an axial seal portion, which sits on the cylindrical outer shell surface of the rotor, and a radial seal portion, which sits on the side of the partition arranged on the inflow side of the second fluid stream, characterised in that the two sealing lips (12, 13) are ring-shaped and are tightly fastened with their axial seal portions (14, 16) to the cylindrical outer shell surface of the rotor and with their radial seal portions (15, 17) can be brought into sealing contact with the side of the partition respectively assigned to them.
A display device for a vehicle mounted in an indoor space of a vehicle and configured to change an area of a display, the display device comprising: a first frame of which one end is coupled to an interior member of the vehicle; a second frame of which one end is coupled to an opposite end of the first frame, the second frame being configured to be rotatable about the one end of the second frame with respect to the first frame; and a flexible display disposed on one surface of the first frame and one surface of the second frame, the flexible display being configured to be foldable in a direction in which the one surface of the first frame and the one surface of the second frame overlap each other; characterized by an elastic part configured to apply tension to the flexible display in a direction oriented toward an inside of the interior member when the flexible display is unfolded. a first frame of which one end is coupled to an interior member of the vehicle; a second frame of which one end is coupled to an opposite end of the first frame, the second frame being configured to be rotatable about the one end of the second frame with respect to the first frame; and a flexible display disposed on one surface of the first frame and one surface of the second frame, the flexible display being configured to be foldable in a direction in which the one surface of the first frame and the one surface of the second frame overlap each other; characterized by an elastic part configured to apply tension to the flexible display in a direction oriented toward an inside of the interior member when the flexible display is unfolded.
A method for digitally demodulating an input signal including a process signal modulated with a frequency shift key, FSK, sinusoidal signal according to a Highway Addressable Remote Transducer, HART, standard, comprising: receiving the input signal, converted from analog form to digital form with a single analogue to digital converter, ADC, (180, 180B) for a process signal path; filtering the converted input signal through a first programmable digital filter to extract the process signal; simultaneously filtering the converted input signal through a second programmable digital filter to extract the sinusoidal signal; and creating a binary data signal based on the extracted sinusoidal signal. receiving the input signal, converted from analog form to digital form with a single analogue to digital converter, ADC, (180, 180B) for a process signal path; filtering the converted input signal through a first programmable digital filter to extract the process signal; simultaneously filtering the converted input signal through a second programmable digital filter to extract the sinusoidal signal; and creating a binary data signal based on the extracted sinusoidal signal.
An in ovo injection apparatus capable of injecting a plurality of avian eggs carried by an egg carrier having a leading end and a trailing end, the apparatus comprising: an injection assembly having a plurality of injection devices, each injection device being configured to inject a respective avian egg when in alignment therewith; and an indexing system configured to provide a positioning scheme for an egg carrier carrying a plurality of avian eggs to the injection assembly for injection thereof, the indexing system comprising: an initial stop configured to abut the trailing end of the egg carrier to form an initial egg carrier position such that a first subset of the plurality of avian eggs is in alignment with the respective injection device for injection thereof; and characterized in that the indexing system further comprises an intermediate stop configured to abut the trailing end of the egg carrier to form an intermediate egg carrier position such that a second subset of the plurality of avian eggs is in alignment with the respective injection devices for injection thereof. an injection assembly having a plurality of injection devices, each injection device being configured to inject a respective avian egg when in alignment therewith; and an indexing system configured to provide a positioning scheme for an egg carrier carrying a plurality of avian eggs to the injection assembly for injection thereof, the indexing system comprising: an initial stop configured to abut the trailing end of the egg carrier to form an initial egg carrier position such that a first subset of the plurality of avian eggs is in alignment with the respective injection device for injection thereof; and characterized in that the indexing system further comprises an intermediate stop configured to abut the trailing end of the egg carrier to form an intermediate egg carrier position such that a second subset of the plurality of avian eggs is in alignment with the respective injection devices for injection thereof. an initial stop configured to abut the trailing end of the egg carrier to form an initial egg carrier position such that a first subset of the plurality of avian eggs is in alignment with the respective injection device for injection thereof; and characterized in that the indexing system further comprises an intermediate stop configured to abut the trailing end of the egg carrier to form an intermediate egg carrier position such that a second subset of the plurality of avian eggs is in alignment with the respective injection devices for injection thereof.
Switching unit comprising a plurality of switch cells connected in parallel comprising a semiconductor switch element, a number of micro-electromechanical switch elements (MEMS), which are connected in parallel and in series to form an array, and the array is connected in parallel with the semiconductor switch element, and an electronic actuation circuit, wherein the microelectromechanical switch elements and the semiconductor switch element are integrated jointly on a substrate, wherein for a switch-off process for the switch cell, the actuation circuit is designed such that the semiconductor switch element is switched off after the micro-electromechanical switch element is switched off.
Mixing and blending apparatus for food preparations, which comprises a pre-mounted assembly consisting of: - a bowl provided with an open bottom; - a blade-holder equipped with a body configured to be engaged in the bottom of the bowl; - a locking ring configured to be positioned on the bottom of the bowl and to keep the blade-holder engaged in said bottom, the locking ring comprising an inner contour, characterised in that the inner contour comprises at least two tabs and in that the body comprises a lower outer contour comprising a peripheral projection, each of said at least two tabs comprising snap-fitting means configured to snap-fit said tab onto the peripheral projection when the blade-holder is engaged in the locking ring, and to release said tab from the peripheral projection when the blade-holder is disengaged from the locking ring. - a bowl provided with an open bottom; - a blade-holder equipped with a body configured to be engaged in the bottom of the bowl; - a locking ring configured to be positioned on the bottom of the bowl and to keep the blade-holder engaged in said bottom, the locking ring comprising an inner contour,
Device for cutting essentially vertically-oriented, panel-like objects, in particular glass panels, whereby the device comprises: - a high-pressure treatment system, - a high-pressure line, - a guide rail, - a machining head that can move on the guide rail, - a water-jet cutting nozzle, - an essentially vertical support wall for the panel-like object, - a conveying device for panel-like objects and - a holding device for the panel-like object, characterized in that at least one section of the high-pressure line is guided by a guide with at least one guide element (6, 7) to the back side (13, 20) of the support wall. - a high-pressure treatment system, - a high-pressure line, - a guide rail, - a machining head that can move on the guide rail, - a water-jet cutting nozzle, - an essentially vertical support wall for the panel-like object, - a conveying device for panel-like objects and - a holding device for the panel-like object, characterized in that at least one section of the high-pressure line is guided by a guide with at least one guide element (6, 7) to the back side (13, 20) of the support wall.
A method for wireless communications by a wireless node in a peer-to-peer, P2P, network, comprising: receiving one or more advertisements of services offered by one or more other wireless nodes in the P2P network; generating a prioritized list of services, based on one or more services offered by the wireless node and services listed in the received advertisements of services; dropping a service from the prioritized list of services, if a distance of the service is larger than a distance limit; wherein the distance of the service is measured by a number of hops between the wireless node and another wireless node that initiated advertisement of the service; and distributing the prioritized list of services to other wireless nodes in the P2P network; the method being characterized in that the distance limit depends on the priority of the service. receiving one or more advertisements of services offered by one or more other wireless nodes in the P2P network; generating a prioritized list of services, based on one or more services offered by the wireless node and services listed in the received advertisements of services; dropping a service from the prioritized list of services, if a distance of the service is larger than a distance limit; wherein the distance of the service is measured by a number of hops between the wireless node and another wireless node that initiated advertisement of the service; and distributing the prioritized list of services to other wireless nodes in the P2P network; the method being characterized in that the distance limit depends on the priority of the service.
A device for reducing the volume of a stomach cavity, comprising: a circular body having an inner surface and an outer surface; an adjustment mechanism located on the inner surface of the circular body; wherein the adjustment mechanism is adapted to change the diameter of the circular body from an expanded configuration to a collapsed configuration, and the circular body is adapted to create a stricture to reduce the volume within the stomach cavity when attached to the wall of the stomach cavity and adjusted to the collapsed configuration; and characterised by fenestrations located along the circular body extending from the inner surface to the outer surface. a circular body having an inner surface and an outer surface; an adjustment mechanism located on the inner surface of the circular body; wherein the adjustment mechanism is adapted to change the diameter of the circular body from an expanded configuration to a collapsed configuration, and the circular body is adapted to create a stricture to reduce the volume within the stomach cavity when attached to the wall of the stomach cavity and adjusted to the collapsed configuration; and characterised by fenestrations located along the circular body extending from the inner surface to the outer surface.
A reductant delivery unit for selective catalytic reduction after-treatment for vehicles, the reductant delivery unit comprising: a solenoid fluid injector constructed and arranged to be associated with an exhaust gas flow path upstream of a SCR catalytic converter, the fluid injector having a fluid inlet and a fluid outlet, the fluid inlet being constructed and arranged to receive a source of urea solution and the fluid outlet being constructed and arranged to communicate directly with the exhaust flow path so as to control injection of urea solution into the exhaust gas flow path, the solenoid fluid injector comprising a thermal compensation assembly in communication with the inlet and constructed and arranged to accommodate expansion of the urea solution upon freezing thereof, characterized in that the reductant delivery unit comprises an interface constructed and arranged to couple the fluid injector to the gas flow path, the interface defining a thermal barrier constructed and arranged to decouple a body of the injector from exposure to heat in the exhaust gas flow path, and the assembly includes a plug movable within a volume to accommodate the expansion of the urea solution, a seal member to provide radially sealing of the plug and a spring to retain the plug. a solenoid fluid injector constructed and arranged to be associated with an exhaust gas flow path upstream of a SCR catalytic converter, the fluid injector having a fluid inlet and a fluid outlet, the fluid inlet being constructed and arranged to receive a source of urea solution and the fluid outlet being constructed and arranged to communicate directly with the exhaust flow path so as to control injection of urea solution into the exhaust gas flow path, the solenoid fluid injector comprising a thermal compensation assembly in communication with the inlet and constructed and arranged to accommodate expansion of the urea solution upon freezing thereof, characterized in that the reductant delivery unit comprises an interface constructed and arranged to couple the fluid injector to the gas flow path, the interface defining a thermal barrier constructed and arranged to decouple a body of the injector from exposure to heat in the exhaust gas flow path, and the assembly includes a plug movable within a volume to accommodate the expansion of the urea solution, a seal member to provide radially sealing of the plug and a spring to retain the plug.
A trailer refrigeration system, comprising: an evaporator coil and fan; a condenser coil and fan disposed adjacent thereto; and an engine driven generator for providing electrical power to said evaporator fan and condenser fan, characterized in that said evaporator fan comprises: at least one axial fan having a vertically oriented axis for drawing air through said evaporator coil and discharging it vertically upward; and a nozzle disposed downstream of said axial fan for turning the airflow substantially 90° from its upward flow path, said nozzle transitioning while turning 90° from a circular inlet cross-section to a wide-aspect ratio rectangular outlet cross-section. an evaporator coil and fan; a condenser coil and fan disposed adjacent thereto; and an engine driven generator for providing electrical power to said evaporator fan and condenser fan, characterized in that said evaporator fan comprises: at least one axial fan having a vertically oriented axis for drawing air through said evaporator coil and discharging it vertically upward; and a nozzle disposed downstream of said axial fan for turning the airflow substantially 90° from its upward flow path, said nozzle transitioning while turning 90° from a circular inlet cross-section to a wide-aspect ratio rectangular outlet cross-section. at least one axial fan having a vertically oriented axis for drawing air through said evaporator coil and discharging it vertically upward; and a nozzle disposed downstream of said axial fan for turning the airflow substantially 90° from its upward flow path, said nozzle transitioning while turning 90° from a circular inlet cross-section to a wide-aspect ratio rectangular outlet cross-section.
A radiation therapy system comprising: a magnetic resonance imaging apparatus configured to acquire MRI data with respect to a region of interest, the MRI apparatus including: a magnetic body having a shape of an annulus; and a recess disposed around at least part of a circumference of the magnetic body; and a radiation therapy apparatus configured to apply therapeutic radiation to at least one portion of the ROI, the radiation therapy apparatus including: a linear accelerator (809,1109) configured to accelerate electrons in an electron beam to produce a photon beam of the therapeutic radiation, the linear accelerator (809,1109) being at least partially located within the recess of the MRI apparatus; and a first shielding structure (811,1111) configured to provide magnetic shielding for the linear accelerator (809,1109), characterized in that the first shielding structure (811,1111) includes a first plate and a second plate located on opposite sides of the linear accelerator (809,1109) along a circumferential direction of the recess, and in that the linear accelerator (809,1109) is substantially surrounded by the first shielding structure (811,1111). a magnetic resonance imaging apparatus configured to acquire MRI data with respect to a region of interest, the MRI apparatus including: a magnetic body having a shape of an annulus; and a recess disposed around at least part of a circumference of the magnetic body; and a magnetic body having a shape of an annulus; and a recess disposed around at least part of a circumference of the magnetic body; and a radiation therapy apparatus configured to apply therapeutic radiation to at least one portion of the ROI, the radiation therapy apparatus including: a linear accelerator (809,1109) configured to accelerate electrons in an electron beam to produce a photon beam of the therapeutic radiation, the linear accelerator (809,1109) being at least partially located within the recess of the MRI apparatus; and a first shielding structure (811,1111) configured to provide magnetic shielding for the linear accelerator (809,1109), a linear accelerator (809,1109) configured to accelerate electrons in an electron beam to produce a photon beam of the therapeutic radiation, the linear accelerator (809,1109) being at least partially located within the recess of the MRI apparatus; and a first shielding structure (811,1111) configured to provide magnetic shielding for the linear accelerator (809,1109), characterized in that the first shielding structure (811,1111) includes a first plate and a second plate located on opposite sides of the linear accelerator (809,1109) along a circumferential direction of the recess, and in that the linear accelerator (809,1109) is substantially surrounded by the first shielding structure (811,1111).
A process for producing an aqueous suspension of precipitated calcium carbonate comprising the steps of: i) providing a calcium oxide containing material, ii) providing at least one depolymerized carboxylated cellulose having a molecular weight M w in the range from 10 000 to 40 000 g/mol, iii) preparing a milk of lime by mixing water, the calcium oxide containing material of step i), and the at least one depolymerized carboxylated cellulose of step ii) to obtain a milk of lime, wherein the calcium oxide containing material and the water are mixed in a weight ratio from 1:1 to 1:12, and iv) carbonating the milk of lime obtained in step iii) to form an aqueous suspension of precipitated calcium carbonate. i) providing a calcium oxide containing material, ii) providing at least one depolymerized carboxylated cellulose having a molecular weight M w in the range from 10 000 to 40 000 g/mol, iii) preparing a milk of lime by mixing water, the calcium oxide containing material of step i), and the at least one depolymerized carboxylated cellulose of step ii) to obtain a milk of lime, wherein the calcium oxide containing material and the water are mixed in a weight ratio from 1:1 to 1:12, and iv) carbonating the milk of lime obtained in step iii) to form an aqueous suspension of precipitated calcium carbonate.