mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell system comprising: a fluid mixing device for mixing reformable fuel and an oxygen-containing gas and/or steam for a reformer and/or fuel cell stack of the fuel cell system, the fluid mixing device comprising: a tube having an inlet, an outlet, and a throat located between the inlet and the outlet, wherein the throat comprises a smaller internal diameter than the internal diameter of the outlet, the longitudinal axis through the tube from the inlet to the outlet defines a downstream direction, and the tube comprises one or more fuel inlets downstream from the throat; and a collar encompassing the one or more fuel inlets on the exterior surface of the tube and creating with the tube a fuel injection chamber in fluid communication with the one or more fuel inlets, wherein the collar comprises a fuel source inlet and isolates the one or more fuel inlets from the ambient environment exterior to the tube; and a reformer and/or fuel cell stack in fluid communication with the outlet of the tube. a fluid mixing device for mixing reformable fuel and an oxygen-containing gas and/or steam for a reformer and/or fuel cell stack of the fuel cell system, the fluid mixing device comprising: a tube having an inlet, an outlet, and a throat located between the inlet and the outlet, wherein the throat comprises a smaller internal diameter than the internal diameter of the outlet, the longitudinal axis through the tube from the inlet to the outlet defines a downstream direction, and the tube comprises one or more fuel inlets downstream from the throat; and a collar encompassing the one or more fuel inlets on the exterior surface of the tube and creating with the tube a fuel injection chamber in fluid communication with the one or more fuel inlets, wherein the collar comprises a fuel source inlet and isolates the one or more fuel inlets from the ambient environment exterior to the tube; and a reformer and/or fuel cell stack in fluid communication with the outlet of the tube.
Blowing unit incorporating at least one mould and a pipe for injecting a pressurized fluid into the mould, the pipe comprising: - a body incorporating a barrel extending along a main axis, the body bearing first retaining means; - a tubular end fitting, butting against the body along the main axis, and bearing second retaining means cooperating with the first retaining means so as to limit an axial travel of the end fitting with respect to the body, the pipe being movable between: - a blowing position in which the pipe cooperates with the mould and the end fitting is pressed against the mould by the body, and - a standby position in which the pipe is spaced apart from the mould, the end fitting being spaced apart from the body and defining a functional clearance with the body, characterized in that the pipe further comprises an elastically deformable sealing member interposed, along the main axis, between the body and the end fitting so as to fill the functional clearance, the sealing member being compressed between the body and the end fitting, and tending to space the end fitting axially apart from the body. - a body incorporating a barrel extending along a main axis, the body bearing first retaining means; - a tubular end fitting, butting against the body along the main axis, and bearing second retaining means cooperating with the first retaining means so as to limit an axial travel of the end fitting with respect to the body, the pipe being movable between: - a blowing position in which the pipe cooperates with the mould and the end fitting is pressed against the mould by the body, and - a standby position in which the pipe is spaced apart from the mould, the end fitting being spaced apart from the body and defining a functional clearance with the body,
An enclosure arrangement for sealing a telecommunications cable, the enclosure arrangement comprising: a re-enterable enclosure having first and second ends (303, 304) extending between first and second sides (301, 302) to define an interior, the enclosure defining a first aligned pair of distribution cable ports disposed towards the first end, a second aligned pair of distribution cable ports disposed towards the second end, and a plurality of aligned pairs of drop cable ports disposed between the first and second aligned pairs of distribution cable ports, the distribution cable ports being larger than the drop cable ports; a management arrangement being selectively mountable within the interior of the enclosure in a first orientation and in a second orientation that is flipped 180° from the first orientation, the management arrangement including a fiber guide channel supporting figure 8 routing; and a tray arrangement that mounts within the interior of the enclosure, characterized in that the tray arrangement includes one or more trays each being configured to pivot relative to the management arrangement between a stowed position and an access position, wherein the tray arrangement is separately mounted to the enclosure from the management arrangement, and wherein the tray arrangement is selectively mountable within the interior of the enclosure in a first orientation and in a second orientation that is flipped 180° from the first orientation. a re-enterable enclosure having first and second ends (303, 304) extending between first and second sides (301, 302) to define an interior, the enclosure defining a first aligned pair of distribution cable ports disposed towards the first end, a second aligned pair of distribution cable ports disposed towards the second end, and a plurality of aligned pairs of drop cable ports disposed between the first and second aligned pairs of distribution cable ports, the distribution cable ports being larger than the drop cable ports; a management arrangement being selectively mountable within the interior of the enclosure in a first orientation and in a second orientation that is flipped 180° from the first orientation, the management arrangement including a fiber guide channel supporting figure 8 routing; and a tray arrangement that mounts within the interior of the enclosure, characterized in that the tray arrangement includes one or more trays each being configured to pivot relative to the management arrangement between a stowed position and an access position, wherein the tray arrangement is separately mounted to the enclosure from the management arrangement, and wherein the tray arrangement is selectively mountable within the interior of the enclosure in a first orientation and in a second orientation that is flipped 180° from the first orientation.
An elevator motion alert system for alerting a mechanic working inside a hoistway, comprising: a self-power-generating car beacon mounted on an elevator car; a self-power-generating counterweight beacon mounted on a counterweight; and a mobile device carried by the mechanic for receiving signals transmitted from the car beacon and the counterweight beacon and for providing an alert to the mechanic whenever the elevator car or the counterweight is approaching; characterised in that the elevator motion alert system _ further comprises a self-power-generating sheave beacon mounted on a sheave; wherein the mobile device is arranged to receive signals transmitted from the sheave beacon and to provide an alert whenever the sheave is rotating. a self-power-generating car beacon mounted on an elevator car; a self-power-generating counterweight beacon mounted on a counterweight; and a mobile device carried by the mechanic for receiving signals transmitted from the car beacon and the counterweight beacon and for providing an alert to the mechanic whenever the elevator car or the counterweight is approaching; characterised in that the elevator motion alert system _ further comprises a self-power-generating sheave beacon mounted on a sheave; wherein the mobile device is arranged to receive signals transmitted from the sheave beacon and to provide an alert whenever the sheave is rotating.
Motor vehicle comprising a plurality of actuators for carrying out movements of the chassis, comprising a control device for detecting an alignment information describing an alignment, to be carried out in respect of at least one target adjustment, of the chassis, wherein the control device on the basis of the alignment information is configured for controlling the actuators in such a manner, that the actuators carry out in a combined manner pitching, rolling and lifting movements of the chassis, in order to align the chassis according to the alignment described by the alignment information, characterised in that the actuators are designed to control at least one drive assembly and/or to control at least one braking device and/or to control at least one steering device and/or to control at least one driver assistance system for longitudinal guidance and/or transverse guidance.
A method for distributing resources in a communication system, comprising: reporting (202; 302), by a base station node, Node B, Fractional-Dedicated Physical Channel, F-DPCH, capability information of a local cell belonging to the Node B to a Radio Network Controller, RNC, through an audit response message on receiving (201; 301) an audit request message from the RNC; making, by the RNC, a decision on distribution of resources of the Node B in accordance with the F-DPCH capability information reported by the Node B; transmitting, by the RNC, a resource distribution instruction to the Node B according to the decision on distribution of resources, wherein the resource distribution instruction comprises a Radio Link Setup Request message carrying F-DPCH information; and distributing, by the Node B, resources in accordance with the Radio Link Setup Request message for a User Equipment, UE. reporting (202; 302), by a base station node, Node B, Fractional-Dedicated Physical Channel, F-DPCH, capability information of a local cell belonging to the Node B to a Radio Network Controller, RNC, through an audit response message on receiving (201; 301) an audit request message from the RNC; making, by the RNC, a decision on distribution of resources of the Node B in accordance with the F-DPCH capability information reported by the Node B; transmitting, by the RNC, a resource distribution instruction to the Node B according to the decision on distribution of resources, wherein the resource distribution instruction comprises a Radio Link Setup Request message carrying F-DPCH information; and distributing, by the Node B, resources in accordance with the Radio Link Setup Request message for a User Equipment, UE.
A particle comprising single stranded RNA (ssRNA) and double stranded RNA (dsRNA), wherein the RNA in the particle is associated with at least one cationic agent, wherein the at least one cationic agent comprises protamine.
Storage element for a solid electrolyte battery, with a basic body made from a porous matrix of sintered ceramic particles (12, 18), into which are embedded particles of a metal and/or a metal oxide which together form a redox pair, characterized in that the particles are embedded into subregions of the matrix which are separated from one another in each case by particle-free subregions of the matrix.
A method of correcting quantized coefficients, the method comprising: receiving a stream of video data, the video data including quantized coefficients; extracting quantized coefficients from the received stream of video data; determining coefficient correction values for pixel positions in blocks; and correcting the quantized coefficients by adding the coefficient correction values to quantized coefficients at corresponding pixel positions characterized in that the received stream of video data includes statistical values of coefficients and in that the method further comprises: extracting the statistical values of coefficients from the received stream of video data; and determining each coefficient correction value as the difference between an absolute value of the quantized coefficient and a mathematical expectation of the coefficient divided by a pth power of 2, where p is a quantization variable which is set during video compression, wherein the mathematical expectation is determined using a statistical distribution of the coefficients based on the extracted statistical values of coefficients. receiving a stream of video data, the video data including quantized coefficients; extracting quantized coefficients from the received stream of video data; determining coefficient correction values for pixel positions in blocks; and correcting the quantized coefficients by adding the coefficient correction values to quantized coefficients at corresponding pixel positions extracting the statistical values of coefficients from the received stream of video data; and determining each coefficient correction value as the difference between an absolute value of the quantized coefficient and a mathematical expectation of the coefficient divided by a pth power of 2, where p is a quantization variable which is set during video compression,
An ice dispensing system comprising an ice hopper, a dispensing outlet, a waste outlet, an ice chute for transporting ice from the ice hopper to the dispensing outlet or the waste outlet, an ice dispensing element for dispensing ice from the hopper into the ice chute, an ice directing element having a first position for directing ice to the waste outlet and a second position for directing ice to the dispensing outlet, and a controller for controlling the ice dispensing element and the position of the ice directing element, wherein each of the dispensing outlet and the waste outlet is provided as part of the ice chute or each of the dispensing outlet and the waste outlet is provided as a separate component that is capable of communication with the ice chute and, characterized in that the controller is programmed to activate the ice dispensing element periodically to agitate the ice and/or remove ice from the ice hopper and, wherein when the ice dispensing element is periodically activated the ice directing element is in the first position during activation of the ice dispensing element such that any ice removed from the hopper in this manner is directed to waste. an ice hopper, a dispensing outlet, a waste outlet, an ice chute for transporting ice from the ice hopper to the dispensing outlet or the waste outlet, an ice dispensing element for dispensing ice from the hopper into the ice chute, an ice directing element having a first position for directing ice to the waste outlet and a second position for directing ice to the dispensing outlet, and a controller for controlling the ice dispensing element and the position of the ice directing element, wherein each of the dispensing outlet and the waste outlet is provided as part of the ice chute or each of the dispensing outlet and the waste outlet is provided as a separate component that is capable of communication with the ice chute and, characterized in that the controller is programmed to activate the ice dispensing element periodically to agitate the ice and/or remove ice from the ice hopper and, wherein when the ice dispensing element is periodically activated the ice directing element is in the first position during activation of the ice dispensing element such that any ice removed from the hopper in this manner is directed to waste.
A vertical profile for mounting and supporting façade elements on a multi-storey building, said façade element comprising a fastening unit including a pin provided in a recess of the edge of the façade element, the vertical profile being provided with a fastening device comprising a first fastening element designed to be engaged to a corresponding fastening member on the multi-storey building, a second fastening element for fastening the façade element, said second fastening element being designed as a hook adapted to receive the pin of the fastening unit, and wherein the first and second fastening elements are integrated into a single unit and comprise a common load bearing body such that the common load bearing body transfers the weight of said façade element to the fastening member.
A torque transmission device, comprising: - a component able to rotate about an axis and - a pendular damping device comprising a support added to the component and at least one pendular body, the movement of which relative to the support being guided by at least two rolling members, the pendular damping device comprising a stop damping system rigidly connected to the support of the pendular damping device and allowing damping of at least the following transitions of the pendular body to a stop position against the support: - the transition to a stop position against the support of the pendular body when said body moves from the rest position in the trigonometric direction, and - the transition to a stop position against the support of the pendular body when said body moves from the rest position in the non-trigonometric direction, characterized in that the pendular body comprises a first pendular mass arranged axially on one side of the support and a second pendular mass arranged axially on a second side of the support, the first and the second pendular masses being rigidly connected together by at least one connecting member, the connecting member defining a rolling track on which one of the rolling members of the pendular damping device rolls in order to guide the movement of the pendular body. - a component able to rotate about an axis and - a pendular damping device comprising a support added to the component and at least one pendular body, the movement of which relative to the support being guided by at least two rolling members, - the transition to a stop position against the support of the pendular body when said body moves from the rest position in the trigonometric direction, and - the transition to a stop position against the support of the pendular body when said body moves from the rest position in the non-trigonometric direction,
A method for performing, by a user equipment, UE, uplink transmission in a wireless communication system, the method comprising: receiving, from a base station, BS, a plurality of RRC configuration information; receiving, from the BS, DCI for uplink transmission, wherein parameters of specific RRC configuration information among the plurality of RRC configuration information are related to the DCI based on a usage of the DCI; and wherein the DCI comprises a field related to the usage of the DCI, wherein, when a field size of the DCI having a DCI format is smaller than a field size of DCI for PUSCH transmission having the same DCI format, the field of the DCI is zero bit padded and decoded, wherein in the zero bit padded, 0 is inserted into a bit within each field until the field size of the DCI is identical with the field size of the DCI for the PUSCH transmission, wherein a CRC bit of the DCI is scrambled by a CS-RNTI, and wherein a CRC bit of the DCI for the PUSCH transmission is scrambled by a C-RNTI, performing uplink transmission to the BS based on the DCI and the parameters of specific RRC configuration information. receiving, from a base station, BS, a plurality of RRC configuration information; receiving, from the BS, DCI for uplink transmission, wherein parameters of specific RRC configuration information among the plurality of RRC configuration information are related to the DCI based on a usage of the DCI; and wherein the DCI comprises a field related to the usage of the DCI, wherein, when a field size of the DCI having a DCI format is smaller than a field size of DCI for PUSCH transmission having the same DCI format, the field of the DCI is zero bit padded and decoded, wherein in the zero bit padded, 0 is inserted into a bit within each field until the field size of the DCI is identical with the field size of the DCI for the PUSCH transmission, wherein a CRC bit of the DCI is scrambled by a CS-RNTI, and wherein a CRC bit of the DCI for the PUSCH transmission is scrambled by a C-RNTI, performing uplink transmission to the BS based on the DCI and the parameters of specific RRC configuration information.
An electronic device comprising: a first housing having a first cover disposed in a first direction and a second cover disposed in a second direction opposite the first direction; a second housing having a third cover disposed in a third direction and a fourth cover disposed in a fourth direction opposite the third direction; at least one first magnetic body forming a portion of the first housing; at least one second magnetic body forming a portion of the second housing, and configured to apply a force for maintaining a rotatably connected state of the second housing to the first housing using a magnetic force with the at least one first magnetic body; characterized in that the electronic device further comprises: a first sliding member forming a portion of the first housing, and a second sliding member forming a portion of the second housing to face the first sliding member such that the second housing is configured to be obliquely cradled by the first housing by way of the second sliding member being in contact with the first sliding member. a first housing having a first cover disposed in a first direction and a second cover disposed in a second direction opposite the first direction; a second housing having a third cover disposed in a third direction and a fourth cover disposed in a fourth direction opposite the third direction; at least one first magnetic body forming a portion of the first housing; at least one second magnetic body forming a portion of the second housing, and configured to apply a force for maintaining a rotatably connected state of the second housing to the first housing using a magnetic force with the at least one first magnetic body; characterized in that the electronic device further comprises: a first sliding member forming a portion of the first housing, and a second sliding member forming a portion of the second housing to face the first sliding member such that the second housing is configured to be obliquely cradled by the first housing by way of the second sliding member being in contact with the first sliding member.
Dishwasher with a sieve system, wherein the sieve system comprises a sieve device and an underpan, and wherein the sieve device is arranged above the underpan and spaced apart from the underpan such that a channel with a height h is formed between the underpan and sieve device for discharging a permeate, wherein the underpan is inclined at an angle α such that the permeate can flow on the underpan in the direction of an x axis due to gravity and the inclination of the underpan, characterized in that the sieve device, in particular a sieve surface A Sieve, and a permeate output j v of the sieve device, and the underpan, in particular the inclination α of the underpan and the height h of the channel, are selected and designed such that a maximum heigh H max of the permeate flowing on the underpan, which results due to the volume flow of the permeate occurring on the underpan, can be larger, at least in a partial area of the sieve system, than the height h of the channel in this partial area of the sieve system, such that the permeate is pressed at least partly from below the sieve surface upward through the sieve surface, wherein the dishwasher and the sieve system are designed such that a feed volume flow V̇ Feed during the operation of the dishwasher is at least sometimes at least so high that a maximum height H max of the permeate flowing on the underpan, which results due to the volume flow of the permeate occurring on the underpan, is larger than a height h of the channel in this partial area of the sieve system.