mhurhangee/ep-ind-claims huggingface dataset:
A container lifting and emptying device having a movable frame, a slide that can be moved on the frame in a vertical direction, and a container pivoting device that is mounted on the slide, wherein the container pivoting device is designed to grip a container located on a container stack (6, 7) from above by means of multiple latches (24, 25), characterised in that the container pivoting device comprises a container cover lock, by means of which, in a mechanically positively controlled manner, specifically by means of a cam or link control, an unlocking state is set in a storage position as well as in a tilted container position, and a locking state is set in other positions, i.e. during pivoting.
Attaching device for a building trim panel comprising a rail configured to be fixed on a building and at least one support configured to be mounted on the rail and to support at least one trim panel, the rail and the support both extending in an axial direction, a width direction and a thickness direction, in which the cross-section of the rail is generally U-shaped, the side walls of the "U" extending substantially in the thickness direction while the wall at the bottom of the "U" extends substantially in the width direction, each side wall of the "U" having, inside the "U", a first rib extending in the axial and width directions and having a first length in the width direction, the support having two second ribs extending in the axial and width directions, each second rib being configured to cooperate by bearing in the thickness direction with a first rib and having a second length in the width direction smaller than or equal to the first length, the sum of the length of the support near the proximal ends of the second ribs in the width direction with the second length of a second rib being smaller than or equal to the distance between the distal end of the first two ribs in the width direction, the support further comprising blocking means for blocking the first ribs and the second ribs respectively bearing against each other.
Sensor arrangement for detecting at least one process parameter or a state variable on a structural element which is formed from a matrix of at least one fiber-reinforced plastic, the sensor arrangement having at least one sensor structure which is arranged on a sensor carrier, characterized in that the sensor carrier is formed from a thermoplastic, and in that, during the production of the structural element, the sensor carrier forms an interlocking joint with the matrix thereof, the sensor carrier being arranged between layers of the plastic of the structural element in the interior thereof and/or on at least one of the surfaces thereof.
An insole, comprising: - a supporting body adapted to support by resting the sole of a foot, and - a housing seat formed in the supporting body, the insole being characterized in that a permanent magnet is inserted movably and loosely inside an internally hollow containment body inserted into the housing seat formed in the supporting body. - a supporting body adapted to support by resting the sole of a foot, and - a housing seat formed in the supporting body,
A flow sensor formed by bonding a sensor chip, in which a flow rate detecting part is formed on an electric insulating film coated so as to cover at least a part of a concave part formed in the upper surface of a substrate, and a flow path forming member to be provided on the sensor chip to form the flow path of a fluid flowing in the flow rate detecting part, to each other, characterized in that the flow path forming member is formed by bonding a first flow path forming member, which is a transparent member, and a second flow path forming member to each other; the first flow path forming member has a plate shape and is provided with an inflow port and an outflow port for the fluid to be measured, being formed at positions on both sides on a centerline along the lengthwise direction of an upper surface so as to penetrate to a lower surface of the first flow path forming member; the second flow path forming member has a plate shape and is provided with a through hole which forms the flow path along the flow of the fluid flowing along the flow rate detecting part; the through hole is configured so that both ends thereof communicate with the inflow port and the outflow port, and the flow rate detecting part is arranged between the portions corresponding to the inflow port and the outflow port of the through hole; and the first and second flow path forming members form the flow path having a predetermined cross-sectional area. the flow path forming member is formed by bonding a first flow path forming member, which is a transparent member, and a second flow path forming member to each other; the first flow path forming member has a plate shape and is provided with an inflow port and an outflow port for the fluid to be measured, being formed at positions on both sides on a centerline along the lengthwise direction of an upper surface so as to penetrate to a lower surface of the first flow path forming member; the second flow path forming member has a plate shape and is provided with a through hole which forms the flow path along the flow of the fluid flowing along the flow rate detecting part; the through hole is configured so that both ends thereof communicate with the inflow port and the outflow port, and the flow rate detecting part is arranged between the portions corresponding to the inflow port and the outflow port of the through hole; and the first and second flow path forming members form the flow path having a predetermined cross-sectional area.
A patterned light projection apparatus comprising: a projector; an aperture through which light from the projector passes; and a lens that is positioned on an optical path so that the light passing through the aperture converges on an irradiated surface, wherein the projector is configured to project an image having a striped pattern, characterized in that the aperture is positioned so that a vertical width of a dark portion of the striped pattern that is formed at a position of the aperture is equal to or larger than a vertical width of an opening of the aperture, and wherein a light pattern formed on the irradiated surface has a sinusoidal shape. a projector; an aperture through which light from the projector passes; and a lens that is positioned on an optical path so that the light passing through the aperture converges on an irradiated surface, wherein the projector is configured to project an image having a striped pattern, characterized in that the aperture is positioned so that a vertical width of a dark portion of the striped pattern that is formed at a position of the aperture is equal to or larger than a vertical width of an opening of the aperture, and wherein a light pattern formed on the irradiated surface has a sinusoidal shape.
A track roller unit, in particular for an agricultural working machine, comprising - two main wheels (3, 4) disposed one behind the other in the longitudinal direction of the track roller unit as well as opposite one another, - at least one endless belt spanning the main wheels (3, 4), wherein the main wheels (3, 4) respectively have at least one guide section which extends in the circumferential direction of the respective main wheel (3, 4), by means of which the endless belt can be guided, wherein the main wheels (3, 4) respectively have at least one transmission unit which is disposed on the belt side on at least one guide section of at least one of the main wheels (3, 4), wherein the transmission unit comprises a support element on the wheel side as well as a contact element on the belt side which is connected to the support element and which is suitable for coming into direct contact with the endless belt, characterized in that a belt side of the support element facing the contact element is configured with a relief so that a connecting area between the contact element and the support element is enlarged compared with a base area of the contact element. - two main wheels (3, 4) disposed one behind the other in the longitudinal direction of the track roller unit as well as opposite one another, - at least one endless belt spanning the main wheels (3, 4), wherein the main wheels (3, 4) respectively have at least one guide section which extends in the circumferential direction of the respective main wheel (3, 4), by means of which the endless belt can be guided, wherein the main wheels (3, 4) respectively have at least one transmission unit which is disposed on the belt side on at least one guide section of at least one of the main wheels (3, 4), wherein the transmission unit comprises a support element on the wheel side as well as a contact element on the belt side which is connected to the support element and which is suitable for coming into direct contact with the endless belt, characterized in that a belt side of the support element facing the contact element is configured with a relief so that a connecting area between the contact element and the support element is enlarged compared with a base area of the contact element.
Blade-retaining foot for a kitchen appliance component, wherein the blade-retaining foot comprises a first part and a second part connected rotatably with the first part, wherein the second part is designed to be detachably connected to a beaker of the kitchen appliance component in a rotational movement and in the process to clamp the first part and a sealing ring between itself and the beaker, wherein the first part embodies a support for the sealing ring, characterised in that the sealing ring arranged on the support is to be clamped between the first part and the beaker without contact with the second part.
A crystal of a complex formed between an Nrp2 a1a2b1b2 fragment and a Fab fragment of anti-panNrp A antibody that inhibits semaphorin binding to Nrp2, wherein said crystal diffracts x-ray radiation to produce a diffraction pattern representing the three-dimensional structure of said complex, having approximately the following cell constants: a =148 Å, b =106 Å, c =92.4 Å, and a space group of C2; or a =121 Å, b =121 Å, c=203 Å, and a space group of P3 2 21. a =148 Å, b =106 Å, c =92.4 Å, and a space group of C2; or a =121 Å, b =121 Å, c=203 Å, and a space group of P3 2 21.
Armchair with - a carrying structure configured as harness mechanics with - a first supporting element and - a second supporting element which is connected in an articulated manner about a pivot with the first supporting element, - an adjustable backrest that is fixed to the first supporting element, - a seating surface that has a first end averted from the backrest and a second end turned to the backrest, whereby the first end of the seating surface is held in an articulated manner on the second supporting element and the second end of the seating surface is adjustably held on the first supporting element and - a lockable adjustment element through which the first and the second supporting element (19, 21) are fixed relatively to each other, characterized in that the adjustment element is adjustable during the weight load, this being caused by a user of the armchair. - a carrying structure configured as harness mechanics with - a first supporting element and - a second supporting element which is connected in an articulated manner about a pivot with the first supporting element, - a first supporting element and - a second supporting element which is connected in an articulated manner about a pivot with the first supporting element, - an adjustable backrest that is fixed to the first supporting element, - a seating surface that has a first end averted from the backrest and a second end turned to the backrest, whereby the first end of the seating surface is held in an articulated manner on the second supporting element and the second end of the seating surface is adjustably held on the first supporting element and - a lockable adjustment element through which the first and the second supporting element (19, 21) are fixed relatively to each other, characterized in that the adjustment element is adjustable during the weight load, this being caused by a user of the armchair.
Device configured to measure an axial rotor thrust of a turbine, the turbine comprising a rotor, a thrust bearing and a housing, characterized in that the device comprises a measurement body and an evaluation unit, wherein the measurement body comprises a first contact surface for contacting a first part of the turbine mechanically connected to the rotor, a second contact surface for contacting a second part of the turbine mechanically connected to the housing, at least one strain gauge mechanically connected to the measurement body and a first data connection between the at least one strain gauge and the evaluation unit.
A method for accessing a wireless railroad data network, characterized in that the method comprises: sensing presence of a rail vehicle on a rail track; authenticating the rail vehicle to gain temporary access to the wireless railroad data network based on sensed presence of the rail vehicle on the rail track; and permitting temporary access by the rail vehicle to the wireless railroad data network based on sensed presence and authentication of the rail vehicle. sensing presence of a rail vehicle on a rail track; authenticating the rail vehicle to gain temporary access to the wireless railroad data network based on sensed presence of the rail vehicle on the rail track; and permitting temporary access by the rail vehicle to the wireless railroad data network based on sensed presence and authentication of the rail vehicle.
A fuel tank arrangement for an internal combustion engine of a vehicle, the fuel tank arrangement comprising a fuel tank arranged to contain a combustible gas, wherein the fuel tank arrangement further comprises a combustible gas burning arrangement for combustion of combustible gas, said combustible gas burning arrangement being positioned in downstream fluid communication with the fuel tank via a first conduit for receiving combustible gas from the fuel tank, wherein the combustible gas burning arrangement is further arranged in fluid communication with the fuel tank via a second conduit, the fuel tank arrangement further comprising a pressure controlled valve positioned in fluid communication between the gas burning arrangement and the first and second conduits, respectively, the pressure controlled valve being arranged to be positioned in an open position if the gas pressure level in either the first or the second conduits exceeds a predetermined limit, wherein the fuel tank arrangement further comprises a gas converter arrangement comprising an evaporating unit, the gas converter arrangement being positioned in downstream fluid communication with said fuel tank and arranged to convert liquefied combustible gas to combustible gas for delivery to the internal combustion engine, wherein the gas burning arrangement is arranged in fluid communication with the gas converter arrangement via the second conduit and wherein the pressure controlled valve arrangement is positioned in fluid communication between the gas converter arrangement and the combustible gas burning arrangement via the second conduit, characterised in that the gas converter arrangement further comprises a high pressure fuel pump, the gas converter arrangement being arranged to convert liquefied combustible gas to compressed combustible gas for delivery to the internal combustion engine.
A rice polishing machine with an elongate, tubular shaped sieve arrangement with a polygonal profile, comprising a cam essentially cylindrical shape co-axially arranged within the sieve arrangement such that between an inner surface of the sieve arrangement and a jacket-surface of the cam a polishing chamber has a maximal and a minimal radial distance between jacket-surface of the cam and the inner surface of the sieve arrangement, characterized in that the polygonal profile comprises concave and convex corners with the number of corners larger than 8 such that a ratio between the maximal and the minimal radial distance is between 1.2 and 1.5, independent of the absolute value of a radius of the cam.
Planet for a planetary roller screw drive, along the planet axis of which a middle section of greater diameter and, axially on both sides of the middle section, in each case one end section of smaller diameter are configured, a first engagement profile being configured on the circumferential face of the planet in the middle section and a second engagement profile being configured in each case in the end sections, the first engagement profile having a multiplicity of first teeth which are arranged in an annular manner around the planet axis, in each case one first groove which is arranged in an annular manner about the planet axis being configured between first teeth which follow one another, characterized in that the two first edge teeth of the middle section which lie at the ends of the middle section are configured within and at a spacing from a toothed contour which is assigned to the first teeth of the middle section.
A laundry washing and/or drying machine comprising a body, a steam generator situated in the body and generating steam to be delivered into the washing tub, a receptacle situated inside or in vicinity of the steam generator and wherein liquid is accumulated to be used in the steam generator, an opening arranged on the body and wherein a condensation tank and a detergent dispenser are placed, a funnel situated in the body, accessed by means of the opening and into which the liquid is delivered, and a hose providing the liquid in the funnel to be transferred to the receptacle, characterized by - a cover that is placed onto the funnel, that has an open position and a closed position, that extends from the funnel toward the opening in the open position and that provides the liquid to be transferred to the funnel from thereover, - a filter casing detachably mounted into the funnel, - the cover that is placed at the upper side of the inner surfaces of the filter casing facing each other and that is mounted so as to rotate around the horizontal axis, - a filter that is situated at the base of the filter casing. - a cover that is placed onto the funnel, that has an open position and a closed position, that extends from the funnel toward the opening in the open position and that provides the liquid to be transferred to the funnel from thereover, - a filter casing detachably mounted into the funnel, - the cover that is placed at the upper side of the inner surfaces of the filter casing facing each other and that is mounted so as to rotate around the horizontal axis, - a filter that is situated at the base of the filter casing.
An optical camera lens, comprising: a lens barrel having an axis and a lens barrel side surface surrounding the axis, the lens barrel side surface comprising a first side and a second side opposite to the first side; and a lens sheet set mounted in the lens barrel and comprising a plurality of lenses, wherein the plurality of lenses comprise at least one free-form lens, and the at least one free-form lens is configured to deflect incident light toward the second side, so that an imaging plane of an optical system composed of the plurality of lens sheets is offset toward the second side; characterized in that the first side is a fitting side adapted to be disposed at a border of a terminal device, and the second side is an opposite side located at a position opposite to the fitting side; and the at least one free-form lens is located at a rear end of the other lenses of the lens sheet set. a lens barrel having an axis and a lens barrel side surface surrounding the axis, the lens barrel side surface comprising a first side and a second side opposite to the first side; and a lens sheet set mounted in the lens barrel and comprising a plurality of lenses, wherein the plurality of lenses comprise at least one free-form lens, and the at least one free-form lens is configured to deflect incident light toward the second side, so that an imaging plane of an optical system composed of the plurality of lens sheets is offset toward the second side; characterized in that the first side is a fitting side adapted to be disposed at a border of a terminal device, and the second side is an opposite side located at a position opposite to the fitting side; and the at least one free-form lens is located at a rear end of the other lenses of the lens sheet set.
An apparatus for providing a patient specific 3D model of a body part, the apparatus comprising: - an input unit; and - a processing unit; wherein, the input unit is configured to provide at least one 2D X-ray image comprising 2D X-ray image data of a vascular structure of a patient's body part; wherein, the input unit is configured to provide a 3D model of the body part, the 3D model comprising a 3D modelled vascular structure, wherein at least one parameter commands an appearance of the 3D modelled vascular structure and wherein the 3D model is a generic model of the body part; wherein, the processing unit is configured to compare the 3D modelled vascular structure with the 2D X-ray image data of the vascular structure to determine the at least one parameter; wherein, the processing unit is configured to update the 3D model as a function of the determined at least one parameter; and wherein, the processing unit is configured to generate a medical report based on information determined from the 3D model. - an input unit; and - a processing unit;
A method of configuration setting management comprising: providing a first datastore (300; 401) including a plurality of data groups, each data group comprising a set of configuration settings (310; 411), a set of membership criteria associated with that group, and a weight associated with that group; receiving a request for configuration settings for a networked device, the request including a set of parameters associated with the networked device; selecting a set of desired configuration settings from the first datastore based on the sets of membership criteria, the set of parameters, and the weights of the plurality of data groups; and transmitting the desired configuration settings to the networked device. providing a first datastore (300; 401) including a plurality of data groups, each data group comprising a set of configuration settings (310; 411), a set of membership criteria associated with that group, and a weight associated with that group; receiving a request for configuration settings for a networked device, the request including a set of parameters associated with the networked device; selecting a set of desired configuration settings from the first datastore based on the sets of membership criteria, the set of parameters, and the weights of the plurality of data groups; and transmitting the desired configuration settings to the networked device.