mhurhangee/ep-ind-claims huggingface dataset:
Endpiece for a coupling rod, the endpiece being suitable to be used as part of a draft gear for a coupling rod, the endpiece comprising • a housing, • a rod (2, 13), the rod (2, 13) having a longitudinal axis and a housing part that is arranged inside the housing, • an elastic connection that connects the housing part of the rod to the housing, the elasticity of the elastic connection allowing the rod (2, 13) to swivel about its longitudinal axis relative to the housing, characterized by an element arranged separately from the elastic connection, wherein the element is suitable to create a spreading force between the rod (2, 13) and the housing in a plane perpendicular to the longitudinal axis of the rod (2, 13) so as to counteract twisting forces applied to the rod (2,13), the element having • a first end that is in contact with a part of the rod (2, 13) and • a second end that is in contact with a part of the housing, • a spring element being arranged between the first end and the second end, the spring element generating a spreading force that is directed to increasing the distance between the first end and the second end, if the first end is moved towards the second end. • a housing, • a rod (2, 13), the rod (2, 13) having a longitudinal axis and a housing part that is arranged inside the housing, • an elastic connection that connects the housing part of the rod to the housing, the elasticity of the elastic connection allowing the rod (2, 13) to swivel about its longitudinal axis relative to the housing, • a first end that is in contact with a part of the rod (2, 13) and • a second end that is in contact with a part of the housing, • a spring element being arranged between the first end and the second end, the spring element generating a spreading force that is directed to increasing the distance between the first end and the second end, if the first end is moved towards the second end.
A method for installing a tubular metal pile in a rocky ground, comprising: drilling the rocky ground in order to form a cavity of predetermined diameter and depth; then filling the cavity with a granular material; then arranging the granular material present in the cavity by vibration; and installing the pile in the cavity. drilling the rocky ground in order to form a cavity of predetermined diameter and depth; then filling the cavity with a granular material; then arranging the granular material present in the cavity by vibration; and installing the pile in the cavity.
A method, implemented by a wireless transmit/receive unit, WTRU, for obtaining a sequence hopping, SH, pattern, the method comprising: monitoring a downlink channel of each of a plurality of neighbor cells; determining measurement information associated with the monitored downlink channel; selecting an anticipated target cell based on the measurement information; monitoring a common downlink channel of the anticipated target cell; and determining information related to the SH pattern of the anticipated target cell prior to receiving a handover command. monitoring a downlink channel of each of a plurality of neighbor cells; determining measurement information associated with the monitored downlink channel; selecting an anticipated target cell based on the measurement information; monitoring a common downlink channel of the anticipated target cell; and determining information related to the SH pattern of the anticipated target cell prior to receiving a handover command.
Fresnel rhomb made of a crystal material which has a direction-dependent birefringence for wavelengths which are smaller than 250 nm, designed in such a way that a light beam which is perpendicularly incident in a first travelling direction to the point of incidence on the incident front end, propagates in a second travelling direction after a first total reflection and then exits at an exit point perpendicularly to the exit back end in the first travelling direction, the light beam having a phase delay between perpendicularly polarized light components which is optimized to a value of 90° over all wavelengths wherein the crystal is directed in such a way that additional phase delays between perpendicularly polarized light components due to the different effects of the direction-dependent birefringence compensate each other along the non-parallel first and second travelling directions (A, B).
A gas turbine casing (100; 200; 300; 400) made of organic matrix composite material comprising reinforcement densified by an organic matrix, said casing defining an inside volume having on its inside face (101; 201; 301; 401) a structural part (120; 220; 320; 420) having a first face (120a; 220a; 320a; 420a) facing the inside face of the casing and an opposite second face (120b; 220b; 320b; 420b) defining a portion of the flow passage (102; 202; 302; 402), the casing being characterized in that the first face (120a; 220a) of the structural part (120; 220) facing the inside face (101; 201) of the casing includes grooves (130; 230) opening out directly or indirectly into the inside volume of the casing, and in that said grooves (130; 230) extend at least in the axial direction of the casing.
Deep-drawing device for flat shaped workpieces, having a base plate, having a counter plate, having a tool and a deep-drawing plate, the three plates (110, 130, 140) being equipped with a common guide (122a to 122d), and the deep-drawing plate and the counter plate enclosing the tool, the deep-drawing plate having at least two projections and the tool having corresponding recesses between lamellae, the tool and the deep-drawing plate being movable relative to one another by a first drive in guides (122a to 122d) of the common guide along a deep-drawing axis in a way, in that the projections of the deep-drawing plate travel into the corresponding recesses of the tool, and the tool having adjustable lamella gaps between the lamellae, and the recesses thereby being adjustable, characterized in that the lamella gaps are adjustable by a second drive along a folding axis arranged perpendicular to the deep-drawing axis in a region between a receiving position of the tool and an end position, in that the workpiece can be folded from the receiving position to the end position by means of the adjustability of the lamella gaps, and in that the projections of the deep-drawing plate subsequently retract with the first drive into the corresponding recesses of the tool.
A testing apparatus for singulated semiconductor dies, comprising: a nesting frame and a bottom part, which form a testing device nest adapted to the size of a semiconductor die, and a pushing device for an alignment of the semiconductor die in the testing device nest, characterized in that an engineering plastic layer on the bottom part forms a smooth sliding surface on which the semiconductor die slides during its alignment, and the testing apparatus further comprises a ledge in a sidewall of the nesting frame, wherein, when the semiconductor die is pushed against the sidewall of the nesting frame by the pushing device, the ledge forms an accommodation region for a burr that is present at a lateral surface or edge of the semiconductor die. a nesting frame and a bottom part, which form a testing device nest adapted to the size of a semiconductor die, and a pushing device for an alignment of the semiconductor die in the testing device nest, characterized in that an engineering plastic layer on the bottom part forms a smooth sliding surface on which the semiconductor die slides during its alignment, and the testing apparatus further comprises a ledge in a sidewall of the nesting frame, wherein, when the semiconductor die is pushed against the sidewall of the nesting frame by the pushing device, the ledge forms an accommodation region for a burr that is present at a lateral surface or edge of the semiconductor die.
A platform arrangement mounted to a stern portion of a marine vessel, c h a r act e r i zed in that the platform arrangement comprises: - at least one first platform section with a first transverse pivot joint mounted adjacent a transom; - at least one propulsion unit mounted to a lower surface of the first platform section, wherein the at least one propulsion unit and the first platform section are tiltable between a drive position and an upwards tilted position. - at least one first platform section with a first transverse pivot joint mounted adjacent a transom; - at least one propulsion unit mounted to a lower surface of the first platform section,
A method for asynchronous data communication in a real-time capable Ethernet data network, in which at least one master is connected by means of the Ethernet data network to a plurality of slaves (S1,..., Sn) and for the Ethernet data communication a transmission cycle with a predetermined cycle time (t z) is predetermined, wherein the transmission cycle is divided into an isochronous section (t zykl) and an asynchronous section (t asynch) and the real-time data communication is implemented in the isochronous segment (t zykl) and the asynchronous section (t asynch) is used for asynchronous data communication between master and slave (S1,..., Sn), characterized in that at least one slave (S1,..., Sn) which wishes to transmit asynchronous data informs the master within a transmission cycle (Z(m)) by means of a request data packet (DPa) how much asynchronous data of this slave (S1,..., Sn) wishes to transmit asynchronously and by means of an invitation data packet (DPe) the master informs the slave (S1,..., Sn) as to the time (t as) within one of the following transmission cycle (Z(m+k+l)) at which the slave (S1,..., Sn) is permitted to transmit the asynchronous data in an asynchronous data packet (DPas).
A wound cleansing device comprising a wound cleansing layer configured for removing substances from a wound and keeping hold of said substances, said wound cleansing layer comprising a number of strand-shaped cleansing elements, wherein the cleansing quotient R = (E ∗ F)/1 of at least some cleansing elements is 1 N/mm or greater and 100 N/mm or less, wherein E denotes the modulus of elasticity of the material from which the cleansing elements are made, F denotes the average cross-sectional area of the cleansing elements in a direction perpendicular to the strand axis, and 1 denotes the effective length of the cleansing elements, wherein the cleansing elements comprise chemical fibres, in particular monofilaments and/or multifilaments made of a synthetic material, characterised in that the cleansing elements form loops extending from a carrier layer, wherein the effective length is defined as half the length of the loop as measured between the two points at which the loop exits the carrier layer and the wound cleansing layer comprises two, three or more band-shaped wound cleansing regions, adjacent to each other, having different wound cleansing properties, wherein one of the wound cleansing regions is an absorption region adapted for absorbing wound fluids, one of the wound cleansing regions is an abrasion region adapted for removing fibrin deposits, dead tissue, keratinous material, or similar, at least one abrasion region is arranged between two absorption regions, and the distance between two absorption regions separated by an abrasion region is between 3 mm and 30 mm, wherein the effective fibre length in an abrasion region arranged between two absorption regions is 90% or less, in particular 50% or less, particularly preferably 30% or less of the effective fibre length of the absorption regions.
A cardiopulmonary resuscitation device (11, 2.11, 3.11) that combines artificial, emergency ventilation of a patient's lungs with chest compressions on the patient's sternum area, said cardiopulmonary resuscitation device comprising: (a) a self-inflating bag having a top side, a bottom side, and an outlet port through which the content of said self-inflating bag is forced when said top side of said self-inflating bag is pushed toward said bottom side of said self-inflating bag; (b) a face mask for placement over the patient's mouth and nose; (c) a tube extending from said outlet port of said self-inflating bag to said face mask; and (d) target indicia on said self-inflating bag to indicate the proper position of said self-inflating bag on the patient's sternum area and to indicate the proper location on said self-inflating bag for applying force to said top side of said self-inflating bag to first force air from said self-inflating bag through said tube and said face mask into the patient's lungs to ventilate the patient's lungs, and then to compress the patient's sternum area; said target indicia including a bottom target indicia on said bottom side of said self-inflating bag to indicate the proper position of said self-inflating bag on the patient's sternum area, and including a top target indicia on said top side of said self-inflating bag to indicate the proper location on said self-inflating bag for applying force to said top side of said self-inflating bag, characterized in comprising indicator means (2.51) for providing an indication of the amount of force being applied to said top side of said self-inflating bag. (a) a self-inflating bag having a top side, a bottom side, and an outlet port through which the content of said self-inflating bag is forced when said top side of said self-inflating bag is pushed toward said bottom side of said self-inflating bag; (b) a face mask for placement over the patient's mouth and nose; (c) a tube extending from said outlet port of said self-inflating bag to said face mask; and (d) target indicia on said self-inflating bag to indicate the proper position of said self-inflating bag on the patient's sternum area and to indicate the proper location on said self-inflating bag for applying force to said top side of said self-inflating bag to first force air from said self-inflating bag through said tube and said face mask into the patient's lungs to ventilate the patient's lungs, and then to compress the patient's sternum area; said target indicia including a bottom target indicia on said bottom side of said self-inflating bag to indicate the proper position of said self-inflating bag on the patient's sternum area, and including a top target indicia on said top side of said self-inflating bag to indicate the proper location on said self-inflating bag for applying force to said top side of said self-inflating bag,
Sensor arrangement, comprising at least one ballistocardiographic sensor for detecting body movements of a subject, the ballistocardiographic sensor being arranged at a structure, the structure supporting the body of the subject, and at least one noise sensor for detecting vibration, the noise sensor being movably attached to the structure supporting the body of the subject via a mounting, characterised by the mounting being adapted to provide vibration isolation of the noise sensor from the body and to protrude the noise sensor from the structure to a working position, and retract the noise sensor to a deployed position.
A nitride semiconductor structure (110, 110a, 120, 130, 140, 150, 160, 170, 180, 180a) comprising a functional layer provided on a stacked body (50, 50a) and including a nitride semiconductor wherein, the stacked body (50, 50a) includes: a first GaN layer including a first protrusion, the height of the first protrusion being 100 nm or more and 1200 nm or less, a second GaN layer including a second protrusion, the height of the second protrusion being 10 nm or more and 1000 nm or less, a first layer, having a thickness of at least 0.2 atomic layers provided between the first GaN layer and the second GaN layer, the first layer containing at least one of SiN and MgN, and a second layer provided between the second GaN layer and the functional layer, the second layer contains at least one of SiN and MgN, a part of the second layer being in contact with the first layer, a length of bottom of the second protrusion being shorter than a length of bottom of the first protrusion. a first GaN layer including a first protrusion, the height of the first protrusion being 100 nm or more and 1200 nm or less, a second GaN layer including a second protrusion, the height of the second protrusion being 10 nm or more and 1000 nm or less, a first layer, having a thickness of at least 0.2 atomic layers provided between the first GaN layer and the second GaN layer, the first layer containing at least one of SiN and MgN, and a second layer provided between the second GaN layer and the functional layer, the second layer contains at least one of SiN and MgN, a part of the second layer being in contact with the first layer, a length of bottom of the second protrusion being shorter than a length of bottom of the first protrusion.
Gear selector shift lever apparatus for a vehicle, the gear selector shift lever apparatus has the following features: a housing with a top side on which a shift lever can be or is arranged; characterized by a fastening device which is connected to the housing and which has a shaft and an eccentric disc coupled to the shaft, wherein a central point of the eccentric disc is situated outside a shaft axis of the shaft, and wherein the fastening device is designed to connect the gear selector shift lever apparatus to a receiving device, which is connectable or connected to the vehicle, for the gear selector shift lever apparatus when the eccentric disc is moved about the shaft axis.
An electronic trip unit having a plurality of trip unit settings, the electronic trip unit comprising: a first input member; a second input member; a multi-position selector configured to select one of a plurality of positions corresponding to values of the trip unit settings; a plurality of indicators each corresponding to one of the trip unit settings; and a processor having a routine, wherein the routine of the processor is structured to, in response to actuation of the first input member, increment a ring counter value and selectively activate (54,55) one of the indicators corresponding to the ring counter value; and wherein the routine of the processor is further structured to, in response to actuation of the second input member, set a value of the trip unit setting corresponding to the activated indicator based on the selected position of the multi-position selector. a first input member; a second input member; a multi-position selector configured to select one of a plurality of positions corresponding to values of the trip unit settings; a plurality of indicators each corresponding to one of the trip unit settings; and a processor having a routine, wherein the routine of the processor is structured to, in response to actuation of the first input member, increment a ring counter value and selectively activate (54,55) one of the indicators corresponding to the ring counter value; and wherein the routine of the processor is further structured to, in response to actuation of the second input member, set a value of the trip unit setting corresponding to the activated indicator based on the selected position of the multi-position selector.
A method of making an integrally bladed rotor comprising a hub and a plurality of hollow blades, the method comprising: forming each of a plurality of hollow blades by using an additive manufacturing process to integrally form a plurality of segmented layers successively outward from a radially outward surface of a hub; while forming the plurality of hollow blades, forming one or more cavities in one or more of the plurality of hollow blades by omitting a portion of one or more of the plurality of segmented layers and periodically evacuating a quantity of excess material from the one or more cavities; the method being characterized in further comprising: forming a relief hole for each of the one or more cavities at a tip of the hollow blades; evacuating each of the one of the one or more cavities via the relief hole; and plugging the relief hole. forming a relief hole for each of the one or more cavities at a tip of the hollow blades; evacuating each of the one of the one or more cavities via the relief hole; and plugging the relief hole.
A device for obtaining a rotary fluidized bed within a fixed circular chamber delimited by a circular wall and fixed lateral walls and, comprising: - a device for injecting gaseous or liquid fluids via numerous injection openings through said circular wall in directions mainly at a tangent to said circular wall; - a device for centrally discharging fluids which have passed through the rotary fluidized bed through at least one central outlet opening (21.1) or (21.2) disposed around or in the vicinity of the central axis of said circular chamber; - a device for feeding solid particles into the interior of said circular chamber; - a device for discharging solid particles from the circular chamber, comprising at least one outlet opening located at a distance from said circular wall that corresponds to the desired thickness of the rotary fluidized bed; characterized in that it comprises: - at least one rotary disk the rotation axis of which is along or in the vicinity of the central axis of said circular chamber and the outer rim of which is at a distance from said circular wall that is less than the desired thickness of said rotary fluidized bed when the device is in operation, and - a device for rotating said rotary disk in the same direction as and more quickly than said rotary fluidized bed. - a device for injecting gaseous or liquid fluids via numerous injection openings through said circular wall in directions mainly at a tangent to said circular wall; - a device for centrally discharging fluids which have passed through the rotary fluidized bed through at least one central outlet opening (21.1) or (21.2) disposed around or in the vicinity of the central axis of said circular chamber; - a device for feeding solid particles into the interior of said circular chamber; - a device for discharging solid particles from the circular chamber, comprising at least one outlet opening located at a distance from said circular wall that corresponds to the desired thickness of the rotary fluidized bed; - at least one rotary disk the rotation axis of which is along or in the vicinity of the central axis of said circular chamber and the outer rim of which is at a distance from said circular wall that is less than the desired thickness of said rotary fluidized bed when the device is in operation, and - a device for rotating said rotary disk in the same direction as and more quickly than said rotary fluidized bed.
An oral irrigator handle comprising a housing; a fluid inlet into the housing; a fluid outlet from the housing; a valve body positioned between the fluid inlet and the fluid outlet, wherein the valve body further comprises a valve inlet and a valve outlet; a valve spool positioned within the valve body; and a mechanical pause control actuator that interfaces with the valve spool, wherein actuation of the mechanical pause control actuator moves the valve spool from an open position to a paused position within the valve body characterized in that a sealing assembly is connected to the valve spool and rotatable therewith such that the sealing assembly blocks a passageway between the valve inlet and the valve outlet to interrupt fluid flow through the handle.
A box-like container for the storing and transporting of a food product, comprising an essentially prismatic shaped main body including a first wall for the closing of a first end of the container, a second wall for the closing of a second end of the container, and a peripheral wall having a surface, which container further comprises an opening means arranged on the entire surface and extending along the entire circumference of said peripheral wall, wherein said opening means comprises at least one pre-cut line, characterized in that said at least one pre-cut line extends with a first inclination in a spiral pattern along the entire circumference of said peripheral wall, wherein at an end portion of the container said pre-cut line is arranged with an inclination which is different to the first inclination of the pre-cut line.