mhurhangee/ep-ind-claims huggingface dataset:
Piston accumulator having an accumulator housing and a separating piston, which is guided therein such that it can be displaced longitudinally, which separates two media chambers (12, 14) from one another and which has a double sealing system, one of the sealing systems facing one media chamber and the other sealing system facing the other media chamber, wherein a compensation device is at least partially received in the separating piston between the two sealing systems (18, 20), said compensation device permitting hydrostatic pressure compensation between the two sealing systems (18, 20) to prevent an undesirable pressure build-up during operation, characterised in that the compensation device is received in an annular groove of the separating piston and is formed by a peripheral sealing ring, which is in contact with the inside of the accumulator housing with two protruding annular segments (70, 72), which delimit between them an annular chamber, which, connected in a media-conveying manner to the inside of the sealing ring via at least one compensation channel, emerges from the sealing ring.
A screen which displays an image by being irradiated with a coherent light beam from a projector, the screen comprising: a plurality of particles which comprise a first part and a second part; a particle layer which comprises the plurality of particles; and electrodes (41, 42) which form an electric field changing at least one of positions and orientations of the plurality of particles of the particle layer by applying a voltage to the particle layer. a plurality of particles which comprise a first part and a second part; a particle layer which comprises the plurality of particles; and electrodes (41, 42) which form an electric field changing at least one of positions and orientations of the plurality of particles of the particle layer by applying a voltage to the particle layer.
A vacuum cleaner (1, 1A, 101) comprising: a motor; a fan driven by the motor; a main body housing housing the motor and the fan, and including an intake port for allowing an airflow due to the fan to enter inside; and a dust collection unit (50, 50A, 150, 250) detachably attached to the main body housing to cover the intake port, wherein, as the dust collection unit (50, 50A, 150), a first dust collection unit (50, 50A, 250) having: a connection pipe having a suction port through which an airflow from outside enters; a cyclone chamber in which the airflow flowing in from the connection pipe swirls; and an inner cylindrical part which is provided in the cyclone chamber and has a cylindrical shape extending in an axial direction of the connection pipe and through which the airflow flowing into the cyclone chamber passes toward the main body housing, the first dust collection unit (50, 50A, 250) centrifugally separating dust with the airflow swirling around a periphery of the inner cylindrical part inside the cyclone chamber, and a second dust collection unit formed with a suction port through which an airflow from outside enters and having a dust collecting chamber in a cylindrical shape extending in a front-rear direction from the suction port to the intake port, and configured to collect dust without using a centrifugal force of the airflow, due to a filter disposed on a way in which the airflow flows in the dust collecting chamber, are selectively attachable to and detachable from the main body housing. a motor; a fan driven by the motor; a main body housing housing the motor and the fan, and including an intake port for allowing an airflow due to the fan to enter inside; and a dust collection unit (50, 50A, 150, 250) detachably attached to the main body housing to cover the intake port, wherein, as the dust collection unit (50, 50A, 150), a first dust collection unit (50, 50A, 250) having: a connection pipe having a suction port through which an airflow from outside enters; a cyclone chamber in which the airflow flowing in from the connection pipe swirls; and an inner cylindrical part which is provided in the cyclone chamber and has a cylindrical shape extending in an axial direction of the connection pipe and through which the airflow flowing into the cyclone chamber passes toward the main body housing, the first dust collection unit (50, 50A, 250) centrifugally separating dust with the airflow swirling around a periphery of the inner cylindrical part inside the cyclone chamber, and a second dust collection unit formed with a suction port through which an airflow from outside enters and having a dust collecting chamber in a cylindrical shape extending in a front-rear direction from the suction port to the intake port, and configured to collect dust without using a centrifugal force of the airflow, due to a filter disposed on a way in which the airflow flows in the dust collecting chamber, are selectively attachable to and detachable from the main body housing.
A method of manufacturing an inter-blade guard for a razor cartridge, comprising the steps of: a) providing a razor blade having an upper surface; b) attaching an at least partially formed inter-blade guard (10, 60) to the upper surface of the razor blade, the inter-blade guard (10, 60) having an attachment portion (30, 62) and a removable portion (32, 64); c) weakening the inter-blade guard in a region of the inter-blade guard between the attachment portion (30, 62) and the removable portion (32, 64), wherein this step is performed after the inter-blade guard (10, 60) is attached to the upper surface of the razor blade; and d) removing the removable portion (32, 64) of the inter-blade guard (10, 60). a) providing a razor blade having an upper surface; b) attaching an at least partially formed inter-blade guard (10, 60) to the upper surface of the razor blade, the inter-blade guard (10, 60) having an attachment portion (30, 62) and a removable portion (32, 64); c) weakening the inter-blade guard in a region of the inter-blade guard between the attachment portion (30, 62) and the removable portion (32, 64), wherein this step is performed after the inter-blade guard (10, 60) is attached to the upper surface of the razor blade; and d) removing the removable portion (32, 64) of the inter-blade guard (10, 60).
System for processing containers with a transport device which transports the containers along a predetermined transport path, wherein a plurality of holding devices for holding the containers is arranged on the transport device, wherein the system has at least one rotating device which rotates the plastic parisons with regard to a rotational position with respect to the longitudinal directions thereof, characterised in that the rotating device has an electrically operated driving device for producing the rotary movement of the plastic parisons with respect to the longitudinal directions thereof as well as at least one measuring device, which at least at times determines at least an electrical characteristic quantity of this driving device, wherein the electrical characteristic quantity is selected from a group of characteristic quantities which includes an electrical voltage, an electrical current, an induced voltage, an electromotive force, a counter-electromotive force, an electrical resistance or the like.
A turntable color machine, comprising a rack, a controller is arranged on the rack, wherein a wheel-type turntable that rotates vertically is arranged on the rack, a plurality of color paste bags are arranged on the wheel-type turntable, the color paste bags are evenly arranged along the circumference of the wheel-type turntable, the color paste bags are connected with a piston pump that is driven by a lifting mechanism to perform constant volume injection via a valve body, and a material receiving device that moves up and down is arranged at the middle of the wheel-type turntable.
Device for lighting in an aquatic medium, comprising: - a printed circuit board comprising a surface, called front surface, - light-emitting means mounted on the front surface of the printed circuit board, - a protective cover (4, 40) arranged to protect the printed circuit board and the light-emitting means, - heat transfer means arranged to perform transfer of the heat produced by the light-emitting means to the aquatic medium, the heat transfer means comprising at least one heat-conducting resin layer presenting a heat exchange surface in direct contact with the aquatic medium, the resin layer being arranged relatively to the printed circuit board to perform transfer of the heat produced by the light-emitting means to the heat exchange surface, the resin layer being shaped with respect to the protective cover (4, 40) to ensure the tightness of the protective cover (4, 40) with the heat exchange surface, the resin layer presenting a direct contact surface with the front surface of the printed circuit board, the device comprising collimators arranged on the front surface of the printed circuit board for collimating the light emitted by the light-emitting means, and the resin layer presents a thickness smaller than the height of the collimators, characterized in that it comprises through holes arranged in the printed circuit board facing the collimators so as to remove the air trapped between the collimators and the printed circuit board. - a printed circuit board comprising a surface, called front surface, - light-emitting means mounted on the front surface of the printed circuit board, - a protective cover (4, 40) arranged to protect the printed circuit board and the light-emitting means, - heat transfer means arranged to perform transfer of the heat produced by the light-emitting means to the aquatic medium, the heat transfer means comprising at least one heat-conducting resin layer presenting a heat exchange surface in direct contact with the aquatic medium, the resin layer being arranged relatively to the printed circuit board to perform transfer of the heat produced by the light-emitting means to the heat exchange surface, the resin layer being shaped with respect to the protective cover (4, 40) to ensure the tightness of the protective cover (4, 40) with the heat exchange surface, the resin layer presenting a direct contact surface with the front surface of the printed circuit board, the device comprising collimators arranged on the front surface of the printed circuit board for collimating the light emitted by the light-emitting means, and the resin layer presents a thickness smaller than the height of the collimators, characterized in that it comprises through holes arranged in the printed circuit board facing the collimators so as to remove the air trapped between the collimators and the printed circuit board.
A device for forming a toroidal coil, comprising a guide component including channels for receiving portions of a wire that form turns of said toroidal coil when being arranged around a toroidal magnetic core, said channels being defined on a face of said guide component to be arranged opposite an outer face of said toroidal magnetic core, said guide component has an annular shape with an annular inner wall demarcating a central space for accommodating the toroidal magnetic core, and comprising a plurality of channels arranged transversely, from base to base of the annular guide component, distributed throughout said annular inner wall separated from one another in accordance with a predetermined order, characterized in that said central space is demarcated by interstitial portions between channels of said inner wall and the inner wall has a diameter larger than the outer diameter of the toroidal magnetic core; and the annular guide component comprises projections at least at one end of part of interstitial portions for supporting the toroidal magnetic core by one of its larger faces or bases (4a, 4b), wherein the annular guide component comprises two annular guide half-components (P1, P2) that can be coupled to one another at two of their respective coupling bases (P1a, P2b), and said coupling bases (P1a, P2b) comprise respective complementary coupling configurations. said central space is demarcated by interstitial portions between channels of said inner wall and the inner wall has a diameter larger than the outer diameter of the toroidal magnetic core; and the annular guide component comprises projections at least at one end of part of interstitial portions for supporting the toroidal magnetic core by one of its larger faces or bases (4a, 4b),
A method comprising, by a mobile gateway controller in a mobile network domain: receiving, from a mobile gateway associated with the mobile gateway controller, a first request for first content provided by a content publisher, the first request being sent from a mobile device; determining, based on information associated with the first request and one or more policies, that the first content is to be provided to the mobile gateway through one or more caching gateways deployed within the mobile network domain and associated with the mobile gateway, the one or more caching gateways each having a first interface to a content delivery network of the content publisher and a second interface to the mobile gateway; identifying at least one of the one or more caching gateways to provide the requested first content; and sending, to the mobile gateway, first instructions configured to cause the mobile gateway to obtain the requested first content from the identified at least one caching gateway via the second interface. receiving, from a mobile gateway associated with the mobile gateway controller, a first request for first content provided by a content publisher, the first request being sent from a mobile device; determining, based on information associated with the first request and one or more policies, that the first content is to be provided to the mobile gateway through one or more caching gateways deployed within the mobile network domain and associated with the mobile gateway, the one or more caching gateways each having a first interface to a content delivery network of the content publisher and a second interface to the mobile gateway; identifying at least one of the one or more caching gateways to provide the requested first content; and sending, to the mobile gateway, first instructions configured to cause the mobile gateway to obtain the requested first content from the identified at least one caching gateway via the second interface.
A composition comprising: 10 to 35 weight percent of a poly(arylene ether); 8 to 16 weight percent of an unfunctionalized hydrogenated triblock copolymer of an alkenyl aromatic compound and a conjugated diene; wherein the unfunctionalized hydrogenated triblock copolymer has a weight average molecular weight less than or equal to 200,000 atomic mass units; 15 to 30 weight percent of an unfunctionalized polyolefin comprising 14 to 30 weight percent of an unfunctionalized ethylene-octene copolymer; and 20 to 60 weight percent of a magnesium dihydroxide; wherein all weight percents are based on the total weight of the composition. 10 to 35 weight percent of a poly(arylene ether); 8 to 16 weight percent of an unfunctionalized hydrogenated triblock copolymer of an alkenyl aromatic compound and a conjugated diene; wherein the unfunctionalized hydrogenated triblock copolymer has a weight average molecular weight less than or equal to 200,000 atomic mass units; 15 to 30 weight percent of an unfunctionalized polyolefin comprising 14 to 30 weight percent of an unfunctionalized ethylene-octene copolymer; and 20 to 60 weight percent of a magnesium dihydroxide; wherein all weight percents are based on the total weight of the composition.
A method for a user equipment, UE, to receive a Physical hybrid ARQ indicator channel, PHICH, signal, the method comprising: receiving a physical broadcast channel, PBCH, signal from a base station, BS, the PBCH signal comprising a system bandwidth, and a first value, a, related to PHICH transmission per subframe; and receiving the PHICH signal from the BS through N PHICH mapping resources, N being an integer, wherein the number N of the PHICH mapping resources is obtained by multiplying the received first value, a, by a number of resource blocks, N RB, predetermined according to the received system bandwidth, and wherein the received first value, a, is a weight value consisting of a positive number. receiving a physical broadcast channel, PBCH, signal from a base station, BS, the PBCH signal comprising a system bandwidth, and a first value, a, related to PHICH transmission per subframe; and receiving the PHICH signal from the BS through N PHICH mapping resources, N being an integer, wherein the number N of the PHICH mapping resources is obtained by multiplying the received first value, a, by a number of resource blocks, N RB, predetermined according to the received system bandwidth, and wherein the received first value, a, is a weight value consisting of a positive number.
An entropy source for use in random number generation, comprising: a noise source to output a first sequence of bits; a noise conditioner to receive the first sequence of bits from the noise source and to output a second sequence of decorrelated bits, the noise conditioner comprising a plurality of noise conditioning stages (913, 914) communicatively coupled in series, each noise conditioning stage (913, 914) comprising: a k- bit shift register arrangement to store a set of previous input bit values; a set of von Neumann cells to perform von Neumann debiasing, each von Neumann cell having a state; and a selector to select one of the set of von Neumann cells to receive an input bit value and to conditionally generate an output bit value based on the bit values in the shift register arrangement, the state of the selected von Neumann cell being updated following selection; a buffer to receive and store the second sequence of decorrelated bits from the noise conditioner, wherein the buffer is arranged to be polled to deliver a number of bits as an output random bit sequence. a noise source to output a first sequence of bits; a noise conditioner to receive the first sequence of bits from the noise source and to output a second sequence of decorrelated bits, the noise conditioner comprising a plurality of noise conditioning stages (913, 914) communicatively coupled in series, each noise conditioning stage (913, 914) comprising: a k- bit shift register arrangement to store a set of previous input bit values; a set of von Neumann cells to perform von Neumann debiasing, each von Neumann cell having a state; and a selector to select one of the set of von Neumann cells to receive an input bit value and to conditionally generate an output bit value based on the bit values in the shift register arrangement, the state of the selected von Neumann cell being updated following selection; the noise conditioner comprising a plurality of noise conditioning stages (913, 914) communicatively coupled in series, each noise conditioning stage (913, 914) comprising: a k- bit shift register arrangement to store a set of previous input bit values; a set of von Neumann cells to perform von Neumann debiasing, each von Neumann cell having a state; and a selector to select one of the set of von Neumann cells to receive an input bit value and to conditionally generate an output bit value based on the bit values in the shift register arrangement, the state of a k- bit shift register arrangement to store a set of previous input bit values; a set of von Neumann cells to perform von Neumann debiasing, each von Neumann cell having a state; and a selector to select one of the set of von Neumann cells to receive an input bit value and to conditionally generate an output bit value based on the bit values in the shift register arrangement, the state of the selected von Neumann cell being updated following selection; a buffer to receive and store the second sequence of decorrelated bits from the noise conditioner, wherein the buffer is arranged to be polled to deliver a number of bits as an output random bit sequence.
A dental cooling method in which a muffle, which is cooled in the method, is cooled to a divesting temperature of less than 80°C, preferably less than 50°C, wherein the cooling source is a medium, in particular a solid or liquid medium, having a melting or evaporation temperature higher than room temperature, which is fed to the muffle, i.e. is brought into direct or indirect contact, wherein cooling is effected by means of latent heat accumulators, wherein the quantity of the medium is at least sufficient, in particular is calculated in advance such that the muffle is cooled to at least a phase transition temperature of the medium, characterized in that the medium is accommodated in a high-temperature-resistant, fibrous mass, such as a high-temperature thermal insulation fiber, which is brought into contact with the muffle for cooling thereof at selective locations, in particular at all locations of the circumference of the muffle. the cooling source is a medium, in particular a solid or liquid medium, having a melting or evaporation temperature higher than room temperature, which is fed to the muffle, i.e. is brought into direct or indirect contact, wherein cooling is effected by means of latent heat accumulators, wherein the quantity of the medium is at least sufficient, in particular is calculated in advance such that the muffle is cooled to at least a phase transition temperature of the medium, characterized in that the medium is accommodated in a high-temperature-resistant, fibrous mass, such as a high-temperature thermal insulation fiber, which is brought into contact with the muffle for cooling thereof at selective locations, in particular at all locations of the circumference of the muffle.