mhurhangee/ep-ind-claims huggingface dataset:
Component having an total length, an total width, and an total height, wherein the component comprises at least the following components: - a first cover plate and a second cover plate arranged parallel to the first cover plate, wherein the first cover plate and the second cover plate respectively comprise a length corresponding to the total length, and wherein the first cover plate and the second cover plate respectively comprise a width corresponding to the total width, - a layer arranged between the first cover plate and the second cover plate, comprising a plurality of tube segments, respectively having a tube length (L R) extending in longitudinal direction, wherein the tube segments are arranged with respect to the tube length (L R) in direction of the total length and/or in direction of the total width, and wherein the tube segments are made of a wood material or comprise a wood material, characterized in that - the tube segments respectively comprise a wall delimited by exactly two cut ends (141, 142) in circumferential direction of the respective tube segment, wherein the tube length (L R) corresponds to the total length and/or the total width. - a first cover plate and a second cover plate arranged parallel to the first cover plate, wherein the first cover plate and the second cover plate respectively comprise a length corresponding to the total length, and wherein the first cover plate and the second cover plate respectively comprise a width corresponding to the total width, - a layer arranged between the first cover plate and the second cover plate, comprising a plurality of tube segments, respectively having a tube length (L R) extending in longitudinal direction, wherein the tube segments are arranged with respect to the tube length (L R) in direction of the total length and/or in direction of the total width, and wherein the tube segments are made of a wood material or comprise a wood material, characterized in that - the tube segments respectively comprise a wall delimited by exactly two cut ends (141, 142) in circumferential direction of the respective tube segment, wherein the tube length (L R) corresponds to the total length and/or the total width.
A compound of Formula, wherein: X is O, NH, NC C 1-3 alkyl, or NS 2 Me; A is E is wherein R 1 is H, halogen, or Me; n is 0, 1, 2, or 3; and Q is one of the following: and/or tautomer, optical- or stereo-isomer thereof, or pharmaceutically acceptable salt thereof. X is O, NH, NC C 1-3 alkyl, or NS 2 Me; A is E is wherein R 1 is H, halogen, or Me; n is 0, 1, 2, or 3; and Q is one of the following: and/or tautomer, optical- or stereo-isomer thereof, or pharmaceutically acceptable salt thereof.
A turbopump for a spacecraft comprising: an intake duct opening out into an intake cavity delimited by an inner wall, a spinning wheel, an induction duct extending from the intake cavity, an inductor mounted in the induction duct, upstream of the spinning wheel, a sleeve extending into the intake cavity upstream of the inductor, in the extension of the induction duct, the sleeve and the inner wall of the intake cavity defining a secondary cavity extending around the sleeve and in fluid communication with the intake cavity, said sleeve having a plurality of recirculation ducts opening out into the secondary cavity on the one hand, and into the induction duct upstream of a leading edge of the inductor on the other hand, each of said recirculation ducts having a first end opening out into the induction duct, and a second end opening out into the secondary cavity, characterized in that each of said recirculation ducts has a section increasing from the first end to the second end. an intake duct opening out into an intake cavity delimited by an inner wall, a spinning wheel, an induction duct extending from the intake cavity, an inductor mounted in the induction duct, upstream of the spinning wheel, a sleeve extending into the intake cavity upstream of the inductor, in the extension of the induction duct, the sleeve and the inner wall of the intake cavity defining a secondary cavity extending around the sleeve and in fluid communication with the intake cavity, said sleeve having a plurality of recirculation ducts opening out into the secondary cavity on the one hand, and into the induction duct upstream of a leading edge of the inductor on the other hand, each of said recirculation ducts having a first end opening out into the induction duct, and a second end opening out into the secondary cavity, characterized in that each of said recirculation ducts has a section increasing from the first end to the second end.
A rotor for a motor, comprising a shaft, a rotor core, a sleeve, a commutator, and a rotor winding wound on the rotor core; the rotor core, the sleeve and the commutator being fixed to the shaft; the sleeve being arranged between the rotor core and the commutator; wherein the sleeve comprises a first end portion close to the commutator, a second end portion close to the rotor core, and a middle portion between the first end portion and the second end portion; an outer diameter of the first end portion is smaller than an outer diameter of the middle portion, and the outer diameter of the middle portion is smaller than an outer diameter of the second end portion, and an end of the commutator close to the sleeve has a groove, and the first end portion of the sleeve is paced in the groove; the sleeve is made of metal, the middle portion is substantially cylindrical, and the sleeve is surrounded by an insulating layer, and characterized in that the second end portion of the sleeve is substantially in the shape of a truncated cone.
A method of correcting lateral force measurement values which, in order to determine the cone effect of a vehicle tyre, are recorded by means of measuring sensors (18, 20, 22, 24) for lateral and radial forces at an upper and lower fixing (15, 16) of a perpendicular axis of rotation of a load wheel of a vehicle-tyre testing unit, wherein measurement values are firstly ascertained statically without a load through a vehicle tyre which is to be tested, by the load wheel being loaded with a force at least once by a weight which is placed eccentrically on the load wheel and the lateral and radial forces acting on the upper and lower fixing (14, 16) of the axis of rotation of the load wheel being recorded both in a position of the application of force at or near a contact line of the load wheel with a vehicle tyre and in an opposite position relative to the axis of rotation of the load wheel and, from the differences in the recorded upper and lower lateral and radial forces, a correction variable is obtained with which the lateral force measurement values are corrected as a function of radial measurement values in the case of subsequent tyre tests.
Energy-absorbing support structure with an absorbing body in the starting state consisting of a fiber-reinforced plastics material, which is arranged between a support structure abutment component and a support structure impact-absorbing component, wherein the absorbing body is configured in such a way that it absorbs energy by deforming from a starting state into a deformed deformation state on the basis of an impact-induced relative displacement of the support structure components (3, 4), said energy being introduced into the support structure by an impact, characterized in that the absorbing body is already, in the starting state, designed as a body which has been predeformed by energy absorption compared to an original state, wherein the absorbing body is configured as a body deformed by delamination.
A tracked vehicle (10; 11) comprising a vehicle body (30, 32; 30) and a track assembly pair, said track assembly pair being arranged to suspendedly support said vehicle body (30, 32; 30) allowing relative movement between said vehicle body (30, 32; 30) and each track assembly of said track assembly pair, each track assembly comprising a track support beam configured to support a plurality of road wheels (23, 23a), a drive wheel, and a motor for operating said drive wheel, an endless track being disposed around said road wheels (23, 23a) and drive wheel, said motor being fixedly arranged to said track support beam, wherein said motor is arranged in connection to the drive wheel such that a motor axle essentially coaxially coincides with a centre axis of the drive wheel, wherein said motor is comprised in a drive arrangement, said drive arrangement further comprising a transmission device for transferring torque from said motor to said drive wheel and a brake member for braking the drive wheel, wherein at least one of said transmission device and said brake member is arranged in connection to the drive wheel so that it at least partly is accommodated within the periphery of the drive wheel in the direction transversal to a main direction of extension of the track assembly, characterized in that said fastening arrangement comprises a claw configuration for supporting said drive wheel and drive arrangement, wherein non-rotating parts of said drive arrangement are arranged to be fixedly attached to said claw configuration, wherein said claw configuration comprises a right claw member and a left claw member for said attachment of said non-rotating parts, and a transversal portion from which said right claw member and a left claw member are arranged to project.
A photovoltaic device comprising a compact layer of photoactive perovskite semiconductor, wherein the photoactive perovskite semiconductor has a three-dimensional crystal structure.
An orthopedic pillow for treatment of lumbar and thoracic spine diseases comprising: a padded member and a hard block fully inserted inside the padded member; the padded member is made of resilient materials such as foam, rubber, or cotton; the padded member 's shape is almost similar to that of a rectangular block; and if looked from its right or left side, the padded member has a bell shape whose bottom is broader than the top to ensure stability; the length of the long side of the padded member is roughly equal to an adult's body's width; the shape of the hard block and of the padded member are similar, and their dimensions are proportional; the hard block is made of non-resilient material, such as wood, polystyrene foam, or hard rubber; the hard block is able to tolerate, without rupturing, the gravity force on a mass of about 140 kg with a shape and size similar to those of a person's body; the length of the long side of the hard block is also roughly equal to an adult's body's width; and both the padded member and the hard block have a flat bottom side. the padded member is made of resilient materials such as foam, rubber, or cotton; the padded member 's shape is almost similar to that of a rectangular block; and if looked from its right or left side, the padded member has a bell shape whose bottom is broader than the top to ensure stability; the length of the long side of the padded member is roughly equal to an adult's body's width; the shape of the hard block and of the padded member are similar, and their dimensions are proportional; the hard block is made of non-resilient material, such as wood, polystyrene foam, or hard rubber; the hard block is able to tolerate, without rupturing, the gravity force on a mass of about 140 kg with a shape and size similar to those of a person's body; the length of the long side of the hard block is also roughly equal to an adult's body's width; and both the padded member and the hard block have a flat bottom side.
An inhaler suitable for delivery of the medicament in dry powder form from a blister package composed of a plurality of blister pockets each of which comprises medicament in dry powder form and which are spaced at equal intervals; said inhaler comprising: - a beak which provides to peel a blister package, - a mouthpiece enabling the patient to inhale the medicament in dry powder form an opened blister; - a rotatable mouthpiece cover covering the mouthpiece; - a gear mechanism enabling a blister package to be indexed and the medicament in dry powder form to become ready for inhalation; - a manifold with an end in communication with the opened blister and an opposing end in communication with the mouthpiece thereby being located between the mouthpiece and the opened blister; - a housing situated between the upper housing member and the lower housing member in which a blister package and the gear mechanism are enclosed characterized in that the radius of the sharp point of the beak that is in contact with the lid sheet of a blister package indexed upon the actuation of the device is in the range of 0.05 to 1 mm, and wherein the manifold has a sharp point, the distance between the sharp point of the manifold and the sharp point of the beak being in the range of 0.005 mm to 0.5 mm. - a beak which provides to peel a blister package, - a mouthpiece enabling the patient to inhale the medicament in dry powder form an opened blister; - a rotatable mouthpiece cover covering the mouthpiece; - a gear mechanism enabling a blister package to be indexed and the medicament in dry powder form to become ready for inhalation; - a manifold with an end in communication with the opened blister and an opposing end in communication with the mouthpiece thereby being located between the mouthpiece and the opened blister; - a housing situated between the upper housing member and the lower housing member in which a blister package and the gear mechanism are enclosed characterized in that the radius of the sharp point of the beak that is in contact with the lid sheet of a blister package indexed upon the actuation of the device is in the range of 0.05 to 1 mm, and
A device for providing sample carriers (200-n) which are each constructed to receive a predetermined quantity of a liquid, for example blood, comprising: a tube with a compartment in its interior for receiving a plurality of sample carriers stacked in the longitudinal direction of the tube; at least one retaining means which is disposed at a front end of the tube in order to delimit one end of the compartment; and a plunger which is displaceably mounted at the rear end of the tube in the longitudinal direction of the tube, with one end in the form of a plunger head being inserted into the tube in order to delimit the compartment opposite the retaining means, and with the other end, in the form of a plunger grip, protruding out of the tube; characterized in that the retaining means is resilient in construction, on the one hand in order to retain the sample carriers (200-n) in the compartment, and on the other hand in order to provide controlled individual release of the sample carriers (200-n) from the compartment under the effect of force applied via the plunger; in that a plurality of fins (140-n) are disposed on the plunger at least in the region of the plunger grip thereof, spaced from one another in the longitudinal direction of the plunger by a distance a, wherein adjacent fins in the circumferential direction of the plunger are respectively offset relative to one another by a predetermined circumferential angle α; and a through opening is provided at the rear end of the tube which is constructed to allow the fins (140-n) of the plunger to pass through only in at least one predetermined circumferential angular position. a tube with a compartment in its interior for receiving a plurality of sample carriers stacked in the longitudinal direction of the tube; at least one retaining means which is disposed at a front end of the tube in order to delimit one end of the compartment; and a plunger which is displaceably mounted at the rear end of the tube in the longitudinal direction of the tube, with one end in the form of a plunger head being inserted into the tube in order to delimit the compartment opposite the retaining means, and with the other end, in the form of a plunger grip, protruding out of the tube; characterized in that the retaining means is resilient in construction, on the one hand in order to retain the sample carriers (200-n) in the compartment, and on the other hand in order to provide controlled individual release of the sample carriers (200-n) from the compartment under the effect of force applied via the plunger; in that a plurality of fins (140-n) are disposed on the plunger at least in the region of the plunger grip thereof, spaced from one another in the longitudinal direction of the plunger by a distance a, wherein adjacent fins in the circumferential direction of the plunger are respectively offset relative to one another by a predetermined circumferential angle α; and a through opening is provided at the rear end of the tube which is constructed to allow the fins (140-n) of the plunger to pass through only in at least one predetermined circumferential angular position.
Device for stretching a metal semi-finished product in the form of individual plates along a stretching path with a stretching frame, comprising pressure columns (7, 8) extending in axial direction of the stretching path, a first and a second clamping head (3, 4) movable within the stretching frame, wherein the first clamping head in which a first narrow side of the semi-finished product to be stretched can be clamped [and which] is axially displaceable by means of stretching cylinders (5, 6), and in the second clamping head a second narrow side of the semi-finished product to be stretched can be clamped, characterised in that the stretching frame comprises a first and a second stretching cylinder (5, 6), wherein the first stretching cylinder is supported on the first pressure column and the second stretching cylinder on the second pressure column, wherein the first and the second pressure columns (7, 8) respectively form the counter-bearing for first and second stretching rods (9, 10) of the first and second stretching cylinders (5, 6) and are respectively arranged in alignment with the first second pressure columns (7, 8) as well as form the stretching frame, and that at least one axial feed and axial outlet of the stretching frame are provided and that the clamping heads (3, 4) are so constructed that the semi-finished product to be stretched can axially pass through at least one, preferably through both, of the clamping heads (3, 4).
A method for use in a mobile station, the method comprising: transmitting, by the mobile station, a random access identifier to a base station over a random access channel, the random access identifier allocated by the base station for use in handover and uniquely identifying the mobile station to the base station, the random access identifier reducing the probability of a collision on the random access channel; receiving, by the mobile station, a feedback message comprising a timing adjustment from the base station in response to transmitting the random access identifier; and synchronizing the mobile station with the base station using the timing adjustment. transmitting, by the mobile station, a random access identifier to a base station over a random access channel, the random access identifier allocated by the base station for use in handover and uniquely identifying the mobile station to the base station, the random access identifier reducing the probability of a collision on the random access channel; receiving, by the mobile station, a feedback message comprising a timing adjustment from the base station in response to transmitting the random access identifier; and synchronizing the mobile station with the base station using the timing adjustment.
A method for producing a connection unit, wherein the connection unit comprises a connector, said connector being with a connector shank which comprises a connection structure and with a connector head which is arranged on the connector shank and projects radially beyond the connector shank, and wherein the connection unit further comprises an annular disc which comprises a plastically deformable annular disc body and a through-hole which is framed by the annular disc body and through which the connector shank passes, wherein the annular disc body has an outer peripheral surface which defines an outer contour of the disc body and an inner peripheral surface which peripherally delimits the through-hole and defines an inner contour of the disc body, wherein for the captive fixation of the disc which is seated on the connector shank, the inner contour of the disc body in the state of the disc in which it is seated on the connector shank and starting from a preliminary inner contour which permits the prior sticking of the disc onto the connector shank is reshaped by way of plastic reshaping of the disc body into a final inner contour which effects a captive fixed holding of the disc on the connector shank and which differs from the preliminary inner contour, characterised in that, the annular disc body before its plastic reshaping is provided with a preliminary outer contour which differs from a circular shape, and is put onto the connector shank, and the plastic reshaping of the annular disc body which creates the final inner contour of the annular disc body is carried out by way of radial deformation forces being introduced into the outer peripheral surface which has the preliminary outer contour, of the disc body which is seated on the connector shank, wherein the plastic reshaping of the annular disc body is designed such that the final inner contour of the annular disc body differs from a circular shape and simultaneously a final outer contour of the disc body which differs from the preliminary outer contour and which is at least essentially circular is also shaped.
A beverage outlet for a beverage preparation machine, for example for a coffee maker, comprising an outlet tube (110, 210), one end of which can be connected to the beverage preparation machine and the other end (112, 212) of which has an outlet opening (111, 211) for dispensing a beverage from the beverage preparation machine, as well as comprising a beverage guide element (120, 220), which runs coaxially to the outlet tube (110, 210) and a first section (121, 221) of which is arranged inside the outlet tube (110, 210) and a second section (122, 222) of which projects out of the outlet opening (111, 211) of the outlet tube (110, 210), characterized in that the outlet tube (110, 210) has three or morenotches, which extend frontally from the outlet opening-side end (112, 212) of the outlet tube (110, 210) opposite to the beverage dispensing direction, wherein each of these notches forms a passage opening between the inner and the outer area of the outlet tube (110, 210), wherein the beverage guide element has three or more wings at least in the area of the second section, and each of these wings extends from the central axis of the outlet tube radially to the outside, wherein the wings are distributed evenly with regard to the circumference of the outlet tube, and wherein the number of the wings corresponds to the number of the notches on the outlet tube and the notches are distributed across the circumference of the outlet tube such that in each case a notch is assigned to each segment space between two adjacent wings.