mhurhangee/ep-ind-claims huggingface dataset:
An engine equipped with a variable valvetrain including a cam phase alteration mechanism attached to a camshaft to alter the phase of a valve actuating cam fitted to the camshaft relative to a crankshaft, the camshaft being arranged to rotate by receiving power transmitted from the crankshaft to a first end of the camshaft, wherein the cam phase alteration mechanism is arranged at a second end of the camshaft opposite to the first end to be located outside a cylinder head, the engine comprises a cover member fixed to the cylinder head to cover at least a lower portion of the cam phase alteration mechanism, and a wall separating a space in the cover member and a space in the cylinder head has an oil passage connecting the space in the cover member and the space in the cylinder head.
An engine casing element, the engine casing element comprising at least one clearance control cavity, the clearance control cavity longitudinally extending in the same direction as the engine casing element longitudinal extent and being delimited by a clearance control cavity inner wall and having a clearance control cavity longitudinal extent, at least one insert member being arranged inside the clearance control cavity; characterized in that the insert comprises a plate-shaped section, said plate-shaped section comprising a first surface, a second surface, and two lateral surfaces, a first gap formed between the plate-shaped section first surface and the clearance control cavity inner wall; a second gap formed between the plate-shaped section second surface and the clearance control cavity inner wall; wherein a fluid connection is provided between the first gap and the second gap consisting of, at least one through opening which extends from the plate-shaped section first surface to the plate shaped section second surface, and wherein further said at least one through opening is arranged and configured as an impingement hole.
Tool (30, 50) for a medical instrument, comprising: an effecting device; a transmission rod, of which the distal end is coupled to the effecting device, for transmitting at least either a force or a torque to the effecting device; a cutting device, which, to cut tissue, is movable in a channel (33, 35, 45) in the transmission rod and in the effecting device, characterized in that the channel comprises a groove in the transmission rod, and the groove has a proximally continuously reducing depth in a region close to the proximal end of the groove. an effecting device; a transmission rod, of which the distal end is coupled to the effecting device, for transmitting at least either a force or a torque to the effecting device; a cutting device, which, to cut tissue, is movable in a channel (33, 35, 45) in the transmission rod and in the effecting device, characterized in that the channel comprises a groove in the transmission rod, and the groove has a proximally continuously reducing depth in a region close to the proximal end of the groove.
A polycarbonate resin composition, comprising: (a) a polycarbonate resin; (b) an additive for laser direct structuring having a triclinic structure; (c) an impact modifier having a core-shell structure selected from the group consisting of a silicone-acrylic impact modifier, and a butadiene-based impact modifier; (d) a coloring agent selected from the group consisting of zinc oxide, titanium monoxide, titanium dioxide, titanium trioxide, iron oxide, aluminate, and sodium aluminum sulfo silicate; and two or more selected from the group consisting of (e) an ethylene-methylacrylate copolymer as an ethylene-containing acrylic impact modifier, (f) a flow modifier selected from phenylene diphosphates, (g) a compound represented by Formula 1 below, and (h) a glass fiber: wherein X, Y and Z are each independently hydrogen or an alkali metal, wherein, when the butadiene-based impact modifier is used, f) the flow modifier is not used. (a) a polycarbonate resin; (b) an additive for laser direct structuring having a triclinic structure; (c) an impact modifier having a core-shell structure selected from the group consisting of a silicone-acrylic impact modifier, and a butadiene-based impact modifier; (d) a coloring agent selected from the group consisting of zinc oxide, titanium monoxide, titanium dioxide, titanium trioxide, iron oxide, aluminate, and sodium aluminum sulfo silicate; and
A system for determining a kinetic parameter of a sample, comprising: an oven having a heater for heating the sample according to a modulated temperature program, said modulated temperature program having a temperature amplitude and a modulation period; means for detecting a thermogravimetric signal corresponding to a weight of said sample; means for determining a first derivative and amplitude (A DTG) of the first derivative of said thermogravimetric signal as said sample changes weight as a result of being heated according to said temperature program; and means for determining at least one kinetic parameter (Ea) using the temperature (T 0), the temperature amplitude, the first derivative of said thermogravimetric signal and the amplitude (A DTG) of the first derivative of said thermogravimetric signal, characterized in that for the determination of the at least one kinetic parameter (Ea), the amplitude (A DTG) of the first derivative of said thermogravimetric signal is found by making a Fourier analysis of the first derivative of said thermogravimetric signal at the modulation frequency (w). an oven having a heater for heating the sample according to a modulated temperature program, said modulated temperature program having a temperature amplitude and a modulation period; means for detecting a thermogravimetric signal corresponding to a weight of said sample; means for determining a first derivative and amplitude (A DTG) of the first derivative of said thermogravimetric signal as said sample changes weight as a result of being heated according to said temperature program; and means for determining at least one kinetic parameter (Ea) using the temperature (T 0), the temperature amplitude, the first derivative of said thermogravimetric signal and the amplitude (A DTG) of the first derivative of said thermogravimetric signal, characterized in that for the determination of the at least one kinetic parameter (Ea), the amplitude (A DTG) of the first derivative of said thermogravimetric signal is found by making a Fourier analysis of the first derivative of said thermogravimetric signal at the modulation frequency (w).
Ferritin 2 for the host immunization against ticks which has the amino-acid sequence without the signal sequence in at least 85 % identical to the amino-acid sequence of the ferritin 2 of Ixodes ricinus (FER2-IR) or the ferritin 2 of Ixodes scapularis (FER2-IS) or the ferritin 2 of Rhipicephalus microplus (FER2-RM) or the ferritin 2 of Dermacentor variabilis (FER2-DV) and in the native conditions, it forms the quarter structure, which transports the non-heme iron from the tick gut to the peripheral tissues.
Integrated temperature sensor, comprising a chip package enclosing an integrated circuit and an ultrasonic transceiver integrated on top of the integrated circuit, wherein: - the ultrasonic transceiver comprises a transmitting element for emitting ultrasound waves and a receiving element for receiving ultrasound waves, - the chip package comprises at least one barrier arranged at a defined position in the chip package, wherein the barrier is designed to at least partly reflect ultrasound waves emitted by the transmitting element towards the receiving element, - the integrated circuit comprises means to actuate the transmitting element to emit ultrasound waves according to a first signal s(t), and means to convert an ultrasound wave, received by the receiving element, into a second signal y(t), and wherein - the integrated circuit further comprises means to determine a time or phase delay from the emitted first signal s(t) and the received second signal y(t). - the ultrasonic transceiver comprises a transmitting element for emitting ultrasound waves and a receiving element for receiving ultrasound waves, - the chip package comprises at least one barrier arranged at a defined position in the chip package, wherein the barrier is designed to at least partly reflect ultrasound waves emitted by the transmitting element towards the receiving element, - the integrated circuit comprises means to actuate the transmitting element to emit ultrasound waves according to a first signal s(t), and means to convert an ultrasound wave, received by the receiving element, into a second signal y(t), and wherein - the integrated circuit further comprises means to determine a time or phase delay from the emitted first signal s(t) and the received second signal y(t).
Device for determining a valve position of an inlet valve of a combustion engine, comprising a coupling device for inputting microwave signals with at least one frequency into the combustion engine, a receiver for receiving response signals of the input microwave signals and an evaluation circuit for determining at least one characteristic variable from a comparison of the input microwave signals and the response signals characterized in that the coupling device for inputting microwave signals is formed at a junction of an intake manifold with a cylinder head of the combustion engine.
An agricultural attachment or trailer device having coupling means for connection to a link of a three-point attachment device of a tractor, wherein the link has a hook-shaped recess which is open towards one side and in which the coupling means can be received and the coupling means are fixed at one side to a holder of the attachment or trailer device and are provided at their free end with a guide element which guides the link to the coupling means, wherein there is provided at least one further guide element which is opposite to the first guide element and by which the link can be guided from the side of the holder that is opposite to the free end to the coupling means, characterised in that the or each further guide element is fixed directly to the respective holder, in particular welded to the respective holder.
A device for measurement of an analyte concentration, the device comprising: a sensor configured to generate a signal associated with a concentration of an analyte; and a sensing membrane located over the sensor, the sensing membrane comprising a diffusion-resistance layer comprising a base polymer having a lowest glass transition temperature as measured using ASTM D3418 of greater than -50 °C, wherein the base polymer is a segmented block copolymer which comprises polyurethane and/or polyurea segments and one or more polycarbonate or polyester segments. a sensor configured to generate a signal associated with a concentration of an analyte; and a sensing membrane located over the sensor, the sensing membrane comprising a diffusion-resistance layer comprising a base polymer having a lowest glass transition temperature as measured using ASTM D3418 of greater than -50 °C, wherein the base polymer is a segmented block copolymer which comprises polyurethane and/or polyurea segments and one or more polycarbonate or polyester segments.
A device for foodstuff conditioning comprising a pallet for supplying a flow medium for foodstuff conditioning into containers for foodstuff conditioning and a plurality of containers for foodstuff conditioning loaded on said pallet, wherein a temperature in each container is maintained by the flow of the medium through walls of the containers characterized in that the walls of each container comprise a space for the flow of the medium, whereby the space is divided into two parts to prevent mixing of an inlet flow medium and an outlet flow medium and wherein on an upper and on a lower side of the opposite lying container walls an inlet channel of the flow medium and an outlet channel of the flow medium are provided, on an inner wall of the container with the inlet channel, a flow medium inlet is installed for supplying a fraction of the flow medium into the interior of the containers, on an inner wall of the container with the outlet channel, a flow medium outlet is installed for discharging a fraction of the flow medium from the interior of the containers and wherein the pallet is fitted with a network of channels inside the pallet forming an inlet line of the flow medium with inlet channels for distributing the flow medium into the inlet channels of the containers, and an outlet line of the flow medium with outlet channels for receiving the flow medium from the outlet channels of the containers and wherein the inlet channels and the outlet channels on the upper side and lower side of the containers and on the pallet are closed with flaps operated by springs.
A door closer arrangement, which comprises a door closer, a slide rail and an arm, the arm being connected to the door closer at a first end of the arm, and to the slide rail at a second end of the arm, the slide rail being provided with a hold open device in order to keep a door open, characterised in that the arm comprises an outer arm (8A, 9A, 32A) and an inner arm (8B, 9B, 32B), the inner arm being situated partly inside the outer arm in a sliding manner, the arm also comprising a spring arrangement in order to hold the inner arm (8B, 9B, 32B) in a normal position in the outer arm (8A, 9A, 32A), and a release device (10A, 10B, 10C), which release device is arranged to release the inner arm (8B, 9B, 32B) from its normal position when an external force being strong enough to active a release of the release device (10A, 10B, 10C) drives the inner arm (8B, 9B, 32B) out from the outer arm (8A, 9A, 32B), and the release device comprises a latch arrangement and a latch spring arrangement, which are arranged to be in a holding position when the inner arm is in its normal position, and to release the inner arm (8B, 9B, 32B) from its normal position by said external force, the inner arm thus moving out from the outer arm when the total length of the arm increases and the door can be moved to a larger opening angle. being situated partly inside the outer arm in a sliding manner, the arm also comprising a spring arrangement in order to hold the inner arm (8B, 9B, 32B) in a normal position in the outer arm (8A, 9A, 32A), and a release device (10A, 10B, 10C), which release device is arranged to release the inner arm (8B, 9B, 32B) from its normal position when an external force being strong enough to active a release of the release device (10A, 10B, 10C) drives the inner arm (8B, 9B, 32B) out from the outer arm (8A, 9A, 32B), and the release device comprises a latch arrangement and a latch spring arrangement, which are arranged to be in a holding position when the inner arm is in its normal position, and to release the inner arm (8B, 9B, 32B) from its normal position by said external force, the inner arm thus moving out from the outer arm when the total length of the arm increases and the door can be moved to a larger opening angle.
A trim part for a motor vehicle, in particular commercial vehicle, having: a first attachment region which is designed to attach the trim part detachably to the motor vehicle in a use position, wherein the trim part is designed as an outside trim part of the motor vehicle; and a second attachment region which is provided separately from the first attachment region and is designed to attach the trim part detachably to the motor vehicle for temporarily securing the trim part outside the use position. a first attachment region which is designed to attach the trim part detachably to the motor vehicle in a use position, wherein the trim part is designed as an outside trim part of the motor vehicle; and a second attachment region which is provided separately from the first attachment region and is designed to attach the trim part detachably to the motor vehicle for temporarily securing the trim part outside the use position.
An emergency interface system between two separate rail vehicles comprising at least one electrically braked rail vehicle, the system being suitable for being carried aboard a carriage, in particular an end carriage, of the electrically braked rail vehicle, characterised in that the system comprises at least: - a pneumatic control line connectable between the two separate rail vehicles, - a pressure modulation device, an input of which is adapted to be connected to an electric emergency brake line, and an output of which is adapted to be connected to said pneumatic control line, - a pressure measuring device, an input of which is adapted to be connected to said pneumatic control line and an output of which is adapted to be connected to said electric emergency brake line. - a pneumatic control line connectable between the two separate rail vehicles, - a pressure modulation device, an input of which is adapted to be connected to an electric emergency brake line, and an output of which is adapted to be connected to said pneumatic control line, - a pressure measuring device, an input of which is adapted to be connected to said pneumatic control line and an output of which is adapted to be connected to said electric emergency brake line.
A method for transmitting a payload between a mobile device and a plurality of anchor devices via a ranging-capable physical layer, in particular an ultra-wide band, UWB, communication, the method comprising: transmitting, by the mobile device, a first message to a first anchor device and to a second anchor device, wherein the first message comprises a synchronization protocol, wherein the synchronization protocol comprises information and/or commands for establishing a synchronization, in particular for establishing time slots for transmitting messages by the plurality of anchor devices; establishing, upon receiving the first message, a first time slot for the first anchor device and a second time slot for the second anchor device based on the synchronization protocol; transmitting, by the mobile device, a second message to the first anchor device and/or to the second anchor device, wherein the second message comprises a mobile device payload; transmitting, by the first anchor device, a third message to the mobile device during the first time slot by the first anchor device, wherein the third message comprises a target device payload; characterized by transmitting, by the second anchor device, the third message comprising said target device payload to the mobile device during the second time slot by the second anchor device, wherein the third message from each anchor device (120, 121) to the mobile device is identical: wherein the synchronization protocol assigns the first time slot to the first anchor device and wherein the synchronization protocol assigns the second time slot to the second anchor device. transmitting, by the mobile device, a first message to a first anchor device and to a second anchor device, wherein the first message comprises a synchronization protocol, wherein the synchronization protocol comprises information and/or commands for establishing a synchronization, in particular for establishing time slots for transmitting messages by the plurality of anchor devices; establishing, upon receiving the first message, a first time slot for the first anchor device and a second time slot for the second anchor device based on the synchronization protocol; transmitting, by the mobile device, a second message to the first anchor device and/or to the second anchor device, wherein the second message comprises a mobile device payload; transmitting, by the first anchor device, a third message to the mobile device during the first time slot by the first anchor device, wherein the third message comprises a target device payload; characterized by transmitting, by the second anchor device, the third message comprising said target device payload to the mobile device during the second time slot by the second anchor device, wherein the third message from each anchor device (120, 121) to the mobile device is identical: wherein the synchronization protocol assigns the first time slot to the first anchor device and wherein the synchronization protocol assigns the second time slot to the second anchor device.
A centrifugal fan comprising: a main plate; a shroud having a fan inlet port; and a plurality of vanes provided between the main plate and the shroud, wherein the shroud has a shroud main body section and an extension part, the extension part is a portion extending from a shroud outer peripheral end section of the shroud main body section to an upstream side when viewed in a direction parallel to an axis of rotation, a radially outside surface of the shroud main body section, and a radially inside surface of the extension part constitute a concave rounded surface, and the concave rounded surface is recessed towards the upstream side when viewed in the direction parallel to the axis of rotation; characterized in that a plurality of projections extending in the radial direction are formed on the concave rounded surface.
Coupling for connecting a two-track trailer which features at least one drawbar to a non-motorised vehicle or to a vehicle which has merely an auxiliary drive, in particular to a bicycle, having two interacting coupling parts which can be released from one another and of which one is connected in a positionally fixed manner to the vehicle and the other is connected to the drawbar, and of which one is a bolt (1, 24) with a cylindrical shell surface and the other one is a bushing (2, 25) or bolt guide which can be attached to the bolt (1, 24) and which at least partially encompasses the bolt (1, 24), wherein the bolt features at least one at least partially circumferential groove (7, 29), which forms at least one first axially acting bearing surface, the bushing (2, 25) or bolt guide features at least one opening for the insertion of the bolt (1, 24) and the coupling parts, which are connected to one another, are rotatable relative to one another around the longitudinal axis of the bolt and operate as a rotary joint with one degree of freedom, wherein the coupling parts feature locking means, with which the coupling parts can be securely connected to one another, and wherein, on the drawbar side, one or more further joints are provided, by which the coupling has imparted to it at least two further degrees of freedom, characterised by a duct in the bushing for a locking pin, such that the locking pin located in the duct intervenes in the groove of the bolt inserted into the bushing, and, as a counter bearing, secures it against slipping out axially from the bushing.