mhurhangee/ep-ind-claims huggingface dataset:
A distribution point unit using discrete multi-tone technology, said distribution point unit being configured for connection to a wired shared medium associated with an available spectrum, said wired shared medium connecting said distribution point unit with a plurality of users, said distribution point unit comprising: - an assigning unit configured for assigning a first portion of the available spectrum to a first user of said plurality of users and a second portion of the available spectrum to a second user of said plurality of users; - a sending and receiving unit configured for encoding and decoding digital data, using discrete multi-tone technology, and configured for sending and receiving encoded digital data over the assigned first portion to/from the first user and over the assigned second portion to/from the second user; characterized in that the assigning unit is configured for initially assigning a first portion and a second portion of a predetermined initialization band of the available spectrum to a first user and a second user, respectively, and for subsequently modifying the assigned first and second portion to another first and second portion outside the predetermined initialization band. - an assigning unit configured for assigning a first portion of the available spectrum to a first user of said plurality of users and a second portion of the available spectrum to a second user of said plurality of users; - a sending and receiving unit configured for encoding and decoding digital data, using discrete multi-tone technology, and configured for sending and receiving encoded digital data over the assigned first portion to/from the first user and over the assigned second portion to/from the second user;
A light receiver having a plurality of avalanche photodiode elements that each can be biased at a bias voltage above a breakdown voltage and thus is operable in a Geiger mode, the avalanche photodiode elements forming a plurality of groups that respectively generate a photocurrent upon light reception, and having a plurality of readout circuits for reading out a group of avalanche photodiode elements, each comprising an active coupling element having an input for a photocurrent, a control terminal and an output for a measurement current corresponding to the photocurrent, wherein the readout circuits are connected together on the output side in order to combine the measurement currents to form a common measurement signal (RX out), characterized in that the light receiver comprises a selection circuit usable to selectively apply a control signal to the control terminal so that the coupling element, depending on the control signal, is or is not activated and thus contributes a measurement current to the common measurement signal (RX out).
Hydrostatic axial piston machine of bent axis design having a drive shaft which is arranged such that it can be rotated about a rotational axis (R t) and is provided with a drive flange, and a cylinder barrel which is arranged such that it can be rotated about a rotational axis (R z), the cylinder barrel being provided with a plurality of piston recesses which are arranged concentrically with respect to the rotational axis (R z) of the cylinder barrel and in which in each case one piston is arranged longitudinally displaceably, the pistons being fastened to the drive flange in an articulated manner, and a driving joint which is configured as a constant velocity joint being arranged between the drive shaft and the cylinder barrel for synchronous rotation of the cylinder barrel and the drive shaft, the driving joint and the cylinder barrel being provided with a longitudinal recess which is arranged concentrically with respect to the rotational axis (R z) of the cylinder barrel and through which the drive shaft which is provided with the drive flange extends through the cylinder barrel, characterized in that a spherical guide is configured between the cylinder barrel and the drive shaft for mounting and centring the cylinder barrel, which spherical guide is formed by a spherical section of the drive shaft, on which spherical section the cylinder barrel is arranged with a hollow-spherical section which is arranged in the region of the longitudinal recess, and a through-connected drive of a torque to a cylinder barrel-side end of the axial piston machine is provided in the region of the drive shaft.
Closure element for closing a container, comprising: - an inner cap member to be coupled with a mouth of the container; wherein the inner cap member has a top wall and a side wall extending from an edge of the top wall; - an outer cap member movably coupled to the inner cap member; wherein the outer cap member has a top wall and a side wall extending from an edge of the top wall; wherein the top wall of the inner cap member faces the top wall of the outer cap member; - a transponder housed between the inner cap member and the outer cap member; the transponder comprising a chip and an antenna; characterised in that it further comprises at least two first capacitor plates (50, 51) each connected with the chip, wherein the two first capacitor plates (50, 51) are attached to one of the top wall of the inner cap member and the top wall of the outer cap member; wherein the closure element further comprises at least a second capacitor plate attached to the other of the top wall of the inner cap member and the top wall of the outer cap member, in such a way that a relative movement of the outer cap member and the inner cap member switches the closure element between a first configuration in which the first capacitor plates (50, 51) and the second capacitor plate define a capacitor having a first capacitance and a second configuration in which the first capacitor plates (50, 51) and the second capacitor plate define a capacitor having a second capacitance different from the first one. - an inner cap member to be coupled with a mouth of the container; wherein the inner cap member has a top wall and a side wall extending from an edge of the top wall; - an outer cap member movably coupled to the inner cap member; wherein the outer cap member has a top wall and a side wall extending from an edge of the top wall; wherein the top wall of the inner cap member faces the top wall of the outer cap member; - a transponder housed between the inner cap member and the outer cap member; the transponder comprising a chip and an antenna; it further comprises at least two first capacitor plates (50, 51) each connected with the chip, wherein the two first capacitor plates (50, 51) are attached to one of the top wall of the inner cap member and the top wall of the outer cap member; wherein the closure element further comprises at least a second capacitor plate attached to the other of the top wall of the inner cap member and the top wall of the outer cap member, in such a way that a relative movement of the outer cap member and the inner cap member switches the closure element between a first configuration in which the first capacitor plates (50, 51) and the second capacitor plate define a capacitor having a first capacitance and a second configuration in which the first capacitor plates (50, 51) and the second capacitor plate define a capacitor having a second capacitance different from the first one.
Method for determining angle of incidence for a projectile in the path of the projectile from launcher to target, which projectile is guidable and substantially or partially roll-stable and comprises a control system and at least two actuators with associated control members, characterized in that the following steps are included: determination of applied force for pitch control by evaluation of the moment upon the actuators of the projectile, determination of applied force for yaw control by evaluation of the moment upon the actuators of the projectile, calculation of the pitch component α of the angle of incidence and of the yaw component β of the angle of incidence, based on comparison between the evaluated moments and reference data for moments. determination of applied force for pitch control by evaluation of the moment upon the actuators of the projectile, determination of applied force for yaw control by evaluation of the moment upon the actuators of the projectile, calculation of the pitch component α of the angle of incidence and of the yaw component β of the angle of incidence, based on comparison between the evaluated moments and reference data for moments.
Light-emitting diode strip for use in a flexible light-emitting diode tape, comprising a flexible conductor tape on which a plurality of light-emitting diode chips are disposed and electrically inter-connected, wherein the LED strip is designed so that it alternates in a corrugated manner between local high points and local low points along a longitudinal direction with respect to a mounting surface for the light-emitting diode strip, characterised in that the corrugation of the flexible LED strip is produced by bending or folding the flexible conductor tape perpendicularly to the main extent thereof and transverse to the longitudinal direction thereof at predefined intervals between each two LED chips or groups of LED chips.
Sealing device on a product chamber for chemical and pharmaceutical products, comprising a shaft lead-through housing, a shaft bearing, a shaft protection bush and a lip seal arrangement, characterised in that a wiper formation (6, 7) is provided on the shaft lead-through housing adjacent to the product chamber and has a wiper ring and a ring seal having a sealing end which is pressed by the wiper ring against the shaft protection bush and in this way seals against the shaft protection bush with respect to the product chamber, and in that a throttle ring is provided for supporting the ring seal and for forming a throttle gap along the shaft protection bush and a trumpet-shaped chamber is formed between the throttle ring and the wiper ring, into which the ring seal is clamped when the sealing end is able to move in a certain way, wherein the sealing end acts against pressure fluctuations in the product chamber in the manner of a pressure equalisation piston.
A method comprising transmitting a radio resource control connection establishment request indicative of a demand of a proximity service, the method comprising receiving a radio resource control connection setup message including information indicative of radio resources allocated for said proximity service, and deciding, whether said radio resources are authorized, based on said receiving of said radio resource control connection setup message. transmitting a radio resource control connection establishment request indicative of a demand of a proximity service, the method comprising receiving a radio resource control connection setup message including information indicative of radio resources allocated for said proximity service, and deciding, whether said radio resources are authorized, based on said receiving of said radio resource control connection setup message.
Wearing part replacement device having the following features: 1.1 a stand 1.2 a template attached to the stand, 1.3 the template is designed on its free surface so that it receives several wearing parts (40, 42, 44) to be replaced non-positively and in an arrangement which corresponds to the functional arrangement of the wearing parts (40, 42, 44) on a machine, on which the wearing parts (40, 42, 44) are to be replaced. 1.1 a stand 1.2 a template attached to the stand, 1.3 the template is designed on its free surface so that it receives several wearing parts (40, 42, 44) to be replaced non-positively and in an arrangement which corresponds to the functional arrangement of the wearing parts (40, 42, 44) on a machine, on which the wearing parts (40, 42, 44) are to be replaced.
A method comprising: mixing a lubricating oil with a first portion of a refrigerant to form a mixture, the first portion of the refrigerant in a liquid phase; heating the mixture of the lubricating oil and the first portion of the refrigerant to form a heated mixture, wherein at least a portion of the first portion of the refrigerant is in a gaseous phase; mixing the heated mixture with a second portion of the refrigerant, the second portion of the refrigerant in a superheated phase; and atomizing the lubricating oil to disperse the lubricating oil within the refrigerant. mixing a lubricating oil with a first portion of a refrigerant to form a mixture, the first portion of the refrigerant in a liquid phase; heating the mixture of the lubricating oil and the first portion of the refrigerant to form a heated mixture, wherein at least a portion of the first portion of the refrigerant is in a gaseous phase; mixing the heated mixture with a second portion of the refrigerant, the second portion of the refrigerant in a superheated phase; and atomizing the lubricating oil to disperse the lubricating oil within the refrigerant.
A device for collecting, transferring and storing samples of biological and/or chemical material, the device comprising a support body, extending along a main longitudinal direction between a first end and a second end opposite each other and connected by an intermediate portion, and a collecting portion engaged with the first end of the support body and configured to collect an amount of a sample of biological and/or chemical material, the support body being defined by at least a first sub-body and a second sub-body, which are distinct from each other and can be selectively coupled so as to define an assembled configuration of the support body, and selectively separated from each other, so as to define a disassembled condition of the support body, and wherein the collecting portion is made and engaged both on a first end of the first sub-body and on a first end of the second sub-body, and is selectively separable, as a result of a separation of the first sub-body from the second sub-body, so as to define two sub-collecting portions (4a, 4b) made on the first sub-body and on the second sub-body, respectively, wherein both the collecting portion and the two sub-collecting portions (4a, 4b) are made on, and engaged with, the first end of the support body characterized in that the first and the second sub-body (7, 8) have a removable coupling means, capable of enabling selective engagement and disengagement, in the form of respective engaging elements configured to ensure the engagement between the first and the second sub-body (7, 8) in the assembled condition of the support body and wherein the engaging elements are arranged in at least two distinct sections of the first and of the second sub-body (7, 8), the engaging elements being arranged at the collecting portion and at least one of the intermediate portion or at the second end (2a, 2b).
A method for on-demand file repair comprising: sending (101; 201), by a traffic source, all data packets of a data file to a traffic sink, wherein the data packets are not coded; sending (102; 202), by the traffic source, an indication to the traffic sink, wherein the indication indicates that all the data packets of a data file have been sent; and receiving (105; 205), by the traffic source, a request from the traffic sink for retransmission of missing packets from the all data packets, the request comprising information related to the missing packets; after receiving the request, applying, by the traffic source, fountain coding to only the missing packets to generate fountain coded packets; and sending (106; 206), by the traffic source, the fountain coded packets to the traffic sink. sending (101; 201), by a traffic source, all data packets of a data file to a traffic sink, wherein the data packets are not coded; sending (102; 202), by the traffic source, an indication to the traffic sink, wherein the indication indicates that all the data packets of a data file have been sent; and receiving (105; 205), by the traffic source, a request from the traffic sink for retransmission of missing packets from the all data packets, the request comprising information related to the missing packets; after receiving the request, applying, by the traffic source, fountain coding to only the missing packets to generate fountain coded packets; and sending (106; 206), by the traffic source, the fountain coded packets to the traffic sink.
A weapons training assembly for use with a weapon, comprising: a) a magazine; and b) a small arms transmitter, wherein the small arms transmitter comprises small arms transmitter optical detectors (210-1... 210-5), characterised in that, the magazine comprises magazine optical detectors (312-1, 312-,2 and 312-3) configured for detecting that a laser virtual shot of another weapon has hit the weapon. a) a magazine; and b) a small arms transmitter, wherein the small arms transmitter comprises small arms transmitter optical detectors (210-1... 210-5),
Method for operating an electric appliance using touch-sensitive switches, wherein the touch-sensitive switches are disposed underneath an operator control surface and are activatable by placing a finger onto a topside of the operator control surface, wherein on an underside of the operator control surface electrically conductive structures are provided, wherein the electrically conductive structures include: - sensor surfaces as capacitive sensor elements for the touch-sensitive switches, - contact fields for making electrical contact to a control system, and - contact lines from the contact fields to the sensor surfaces, wherein the contact lines and the contact fields all are surrounded by an encircling line framing them largely, wherein for operating the electric appliance both electric signals on the contact fields for the sensor surfaces are monitored with regard to placing a finger onto the operator control surface above a sensor surface and variation of an electric control signal and also the encircling lines have electrical contact and are evaluated with regard to activation by placing a finger onto the operator control surface above one of the encircling lines, wherein upon detection of a finger placed on the operator control surface above one of the encircling lines all of the sensor surfaces are classified as not activated, wherein the contact fields are completely surrounded by one of the encircling lines with the exception of the outbound contact lines. - sensor surfaces as capacitive sensor elements for the touch-sensitive switches, - contact fields for making electrical contact to a control system, and - contact lines from the contact fields to the sensor surfaces,
A fluidizing unit for use in a vessel desanding system, comprising a discharge pipe and a supply duct, the discharge pipe comprises a discharge inlet and a discharge outlet, and the supply duct is formed by a housing arranged around the discharge pipe defining an annular space between an outer surface of said pipe and an inner surface of the housing, the supply duct comprises a pressurized liquid inlet and a pressurized liquid outlet, wherein the pressurized liquid outlet comprises one end of the annular space, characterized in that said end having an elliptic cross-section in a plane being perpendicular to a centerline of the discharge pipe, such that the pressurized liquid outlet, during use, is able to provide a pressurized liquid flow having a elliptic cross-section.
A cradle assembly for a narrow relay comprising a cradle, an armature of a triggering system and parts of a contact system, the cradle comprising a force introduction section at which force is introduced from the armature, and a force diversion section in which the introduced force is diverted to the parts of the contact system, wherein the armature is arranged at the force introduction section and the parts of the contact system are arranged at the force diversion section, wherein a direct connection line between the force introduction section and the force diversion section runs through a receptacle of the cradle and a bottom of the receptacle is spaced apart from the direct connection line, wherein a wall of the receptacle runs perpendicular to the direct connection line and shields the contact system from the triggering system.
A power management system for an RF power amplifier comprising: an amplifier circuit including a supply input configured to receive a direct current input voltage and an amplifier in communication with a power amplifier supply voltage (Vcc); and a multi-level charge pump buck converter (12; 13) including: a supply input configured to receive the direct current input voltage and a switching voltage output in communication with the power amplifier supply voltage (Vcc), wherein the multi-level charge pump buck converter (12, 13) is configured to shunt the switching voltage output to ground by coupling the switching voltage output to ground, in a first operational state, provide the direct current input voltage to the switching voltage output by coupling the switching voltage output to the direct current input voltage through a transistor, in a second operational state, provide 1.5 times the direct current input voltage to the switching voltage output in a third operational state, and provide 2 times the direct current input voltage to the switching voltage output in a fourth operational state. an amplifier circuit including a supply input configured to receive a direct current input voltage and an amplifier in communication with a power amplifier supply voltage (Vcc); and a multi-level charge pump buck converter (12; 13) including: a supply input configured to receive the direct current input voltage and a switching voltage output in communication with the power amplifier supply voltage (Vcc), wherein the multi-level charge pump buck converter (12, 13) is configured to shunt the switching voltage output to ground by coupling the switching voltage output to ground, in a first operational state, provide the direct current input voltage to the switching voltage output by coupling the switching voltage output to the direct current input voltage through a transistor, in a second operational state, provide 1.5 times the direct current input voltage to the switching voltage output in a third operational state, and provide 2 times the direct current input voltage to the switching voltage output in a fourth operational state. a supply input configured to receive the direct current input voltage and a switching voltage output in communication with the power amplifier supply voltage (Vcc), wherein the multi-level charge pump buck converter (12, 13) is configured to shunt the switching voltage output to ground by coupling the switching voltage output to ground, in a first operational state, provide the direct current input voltage to the switching voltage output by coupling the switching voltage output to the direct current input voltage through a transistor, in a second operational state, provide 1.5 times the direct current input voltage to the switching voltage output in a third operational state, and provide 2 times the direct current input voltage to the switching voltage output in a fourth operational state.
Fitting, especially of plastics, comprising a housing wall delimiting a flow through channel, which extends from a fitting inlet to a fitting outlet, wherein the flow through channel comprises a first channel section extending along a first center axis and a second channel section extending along a second center axis, wherein in the region of the transition between the first channel section and the second channel section an insert is inserted in a breakthrough through the housing wall, said insert being connected to the housing wall by an adhesive bond, wherein a sealing surface extends at least partially along the breakthrough, such that during the manufacture of the insert in cooperation with at least one core of an injection molding tool an intrusion of the injection material into the breakthrough channel can be prevented, characterized in that the sealing surface is offset from the interior wall of the flow through channel.