mhurhangee/ep-ind-claims huggingface dataset:
A heating station adapted to be connected to a supply and consuming network and comprising a monolithic main part adapted for a heat exchanger to be connected to first flow conduits formed within said main part, where said heating station is provided with a by-pass adapted to be opened and closed and positioned between the main part and the supply and consuming network, wherein said heating station comprises an interconnection device, and is adapted to be connected to the supply and consuming network via said interconnection device adapted to be positioned between the main part and the supply and consuming network heating flow circuit pipes, wherein the interconnection device is formed of holding means fixing a set of interconnecting conduits adapted to couple first flow conduits within the main part to the supply and consuming network heating flow circuit pipes, and where the interconnecting conduits are adapted for flow devices, such as valves, flow sensors and pumps, to be positioned between the main part and the supply and consuming network heating flow circuit pipes" and where said by-pass is connected to said interconnection device characterized in that the interconnecting device holding means is formed as a rail and comprises two parts extending in a lengthwise direction at a distance from each other, and each adapted to fixate the interconnecting conduits at a position. wherein said heating station comprises an interconnection device, and is adapted to be connected to the supply and consuming network via said interconnection device adapted to be positioned between the main part and the supply and consuming network heating flow circuit pipes, wherein the interconnection device is formed of holding means fixing a set of interconnecting conduits adapted to couple first flow conduits within the main part to the supply and consuming network heating flow circuit pipes, and where the interconnecting conduits are adapted for flow devices, such as valves, flow sensors and pumps, to be positioned between the main part and the supply and consuming network heating flow circuit pipes" and where said by-pass is connected to said interconnection device characterized in that the interconnecting device holding means is formed as a rail and comprises two parts extending in a lengthwise direction at a distance from each other, and each adapted to fixate the interconnecting conduits at a position.
A device for controlling the flow of adhesives, comprising: - a housing which includes a first housing part and a second housing part, wherein at least a first sealing element and a second sealing element are arranged in the housing, - a pressure-tight leakage space formed by the housing parts (3, 4), - a spacer arranged in the leakage space between the sealing elements (7, 8), which is provided with a through-opening and at least one transverse bore, wherein the transverse bore connects the through-opening with the leakage space, - wherein a needle arranged in the housing is guided through the through-opening to open and close the adhesive flow, wherein the sealing elements (7, 8) are pressed against a surface of the needle, and wherein if first sealing element is damaged, adhesive can flow through the transverse bore into the leakage space, characterized in that a bore is arranged in the second housing part which is designed in such a way that if the second sealing element fails and adhesive escapes from the leakage space, adhesive can flow out, so that even if both sealing elements (7, 8) fail, no adhesive reaches an actuator space, which is designed to drive the needle. - a housing which includes a first housing part and a second housing part, wherein at least a first sealing element and a second sealing element are arranged in the housing, - a pressure-tight leakage space formed by the housing parts (3, 4), - a spacer arranged in the leakage space between the sealing elements (7, 8), which is provided with a through-opening and at least one transverse bore, wherein the transverse bore connects the through-opening with the leakage space, - wherein a needle arranged in the housing is guided through the through-opening to open and close the adhesive flow, wherein the sealing elements (7, 8) are pressed against a surface of the needle, and wherein if first sealing element is damaged, adhesive can flow through the transverse bore into the leakage space, characterized in that a bore is arranged in the second housing part which is designed in such a way that if the second sealing element fails and adhesive escapes from the leakage space, adhesive can flow out, so that even if both sealing elements (7, 8) fail, no adhesive reaches an actuator space, which is designed to drive the needle.
A battery electrode (20, 30) comprising an electrode current collector (21, 31), and an active material layer (22, 32) provided on a surface of the electrode current collector (21, 31), wherein: the electrode current collector (21, 31) has a based portion (23, 33) in which the electrode current collector (21, 31) surface is covered by the active material layer (22, 32) and a tab portion (24, 34) projecting from the based portion (23, 33); in the electrode current collector (21, 31), a cutout is formed from a root of the tab (24, 34) portion to the based portion (23, 33) or in a part of the based portion (23, 33), the part being adjacent to the tab portion (24, 34); and characterized in that an edge of the cutout consists of a curve formed of an arc and a straight line. the electrode current collector (21, 31) has a based portion (23, 33) in which the electrode current collector (21, 31) surface is covered by the active material layer (22, 32) and a tab portion (24, 34) projecting from the based portion (23, 33); in the electrode current collector (21, 31), a cutout is formed from a root of the tab (24, 34) portion to the based portion (23, 33) or in a part of the based portion (23, 33), the part being adjacent to the tab portion (24, 34); and characterized in that an edge of the cutout consists of a curve formed of an arc and a straight line.
A vehicle body structure of an automobile, the vehicle body structure comprising: a pair of roof side rails that constitutes at least one closed cross section (11a, 12a) and extends in a vehicle longitudinal direction /X); and a roof panel that is stretched between the pair of roof side rails and extends in a vehicle width direction, wherein the roof panel has: a body section that extends in the vehicle width direction; and a flange section that is provided to both end portions in the vehicle width direction of the body section and extends in the vehicle width direction along a lower surface of the closed cross section, and the flange section is fixed to the lower surface of the closed cross section. a pair of roof side rails that constitutes at least one closed cross section (11a, 12a) and extends in a vehicle longitudinal direction /X); and a roof panel that is stretched between the pair of roof side rails and extends in a vehicle width direction, wherein the roof panel has: a body section that extends in the vehicle width direction; and a flange section that is provided to both end portions in the vehicle width direction of the body section and extends in the vehicle width direction along a lower surface of the closed cross section, and the flange section is fixed to the lower surface of the closed cross section.
A composition useful as a pet food comprising a meat based material comprised of meat or meat by-products, and an aqueous phase comprised of an acetyl-substituted waxy cassava inhibited starch or of a hydroxypropyl-substituted waxy cassava inhibited starch having less than 2.5%, by weight of hydroxylpropyl substituents, wherein said starch is present in an amount effective to thicken said aqueous phase.
A cartridge (120; 200) for use with a vaporization device, the cartridge (120; 200) comprising: a reservoir (140; 206) configured to contain a liquid vaporizable material; a wick (103; 203; 303) configured to draw the liquid vaporizable material from the reservoir (140; 206) to a vaporization region, the wick (103; 203; 303) including a porous wicking material surrounding at least a part of a hollow core, the hollow core extending between opposing ends of the wick (103; 203; 303) such that the opposing ends allow the liquid vaporizable material to flow into the hollow core; a heating element disposed within the vaporization region and adjacent the wick (103; 203; 303), the heating element configured to heat the liquid vaporizable material drawn from the reservoir (140; 206), and an internal support disposed within the hollow core, the internal support including an outer diameter that is configured to mate against an inner wall of the hollow core thereby assisting with retaining a shape of the hollow core, wherein the heating element is a coil that wraps around a circumference of the wick (103; 203; 303). a reservoir (140; 206) configured to contain a liquid vaporizable material; a wick (103; 203; 303) configured to draw the liquid vaporizable material from the reservoir (140; 206) to a vaporization region, the wick (103; 203; 303) including a porous wicking material surrounding at least a part of a hollow core, the hollow core extending between opposing ends of the wick (103; 203; 303) such that the opposing ends allow the liquid vaporizable material to flow into the hollow core; a heating element disposed within the vaporization region and adjacent the wick (103; 203; 303), the heating element configured to heat the liquid vaporizable material drawn from the reservoir (140; 206), and an internal support disposed within the hollow core, the internal support including an outer diameter that is configured to mate against an inner wall of the hollow core thereby assisting with retaining a shape of the hollow core, wherein the heating element is a coil that wraps around a circumference of the wick (103; 203; 303).
A method for performing clear channel assessment, CCA, in LTE-U, the method comprising: monitoring (1102, 1402) for transmissions in a resource reserved for CCA; adapting a timing for the monitoring in response to detecting transmissions for a consecutive number of CCA periods; and detecting an energy of the transmissions over a shorter duration than an assigned slot in the resource reserved for CCA. monitoring (1102, 1402) for transmissions in a resource reserved for CCA; adapting a timing for the monitoring in response to detecting transmissions for a consecutive number of CCA periods; and detecting an energy of the transmissions over a shorter duration than an assigned slot in the resource reserved for CCA.
Method for minimizing an energy consumption of a heat-circulation machine, wherein the heat-circulation machine comprises a first heat exchanger designed as an evaporator and a second heat exchanger designed as a condenser (3, 30), and in the operating state a heat medium is supplied from the evaporator to a compressor, is compressed by the compressor to a condensation pressure, is fed to the condenser (3, 30) and liquefied, and is returned to the evaporator via a pressure-relief means and is evaporated again while absorbing heat from a process fluid to be cooled, wherein a turbomachine (8, 18) is being provided so that heat is transferable from the heat medium to the cooling fluid, characterized by the further method steps: - formulating a multi-dimensional, numerical model of the heat-circulation machine, which maps the operating states of the condenser (3, 30) as a function of a rotational speed of the turbomachine and a liquefaction temperature of the heat medium; - forming pairs of values from rotational speed values of the turbomachine and condensation temperatures of the heat medium, which model possible and realizable operating conditions of the condenser (3, 30); - determining a sum of the power consumption of the compressor and the fluid machine at each of the possible and realizable operating conditions; - determining an optimized pair of values at which the sum of the power consumption by the turbomachine (8, 18) and the compressor is minimized, taking into account the useful thermal output of the heat-circulation machine; - controlling the turbomachine (8, 18) and the compressor based on the parameters of the optimized pair of values. - formulating a multi-dimensional, numerical model of the heat-circulation machine, which maps the operating states of the condenser (3, 30) as a function of a rotational speed of the turbomachine and a liquefaction temperature of the heat medium; - forming pairs of values from rotational speed values of the turbomachine and condensation temperatures of the heat medium, which model possible and realizable operating conditions of the condenser (3, 30); - determining a sum of the power consumption of the compressor and the fluid machine at each of the possible and realizable operating conditions; - determining an optimized pair of values at which the sum of the power consumption by the turbomachine (8, 18) and the compressor is minimized, taking into account the useful thermal output of the heat-circulation machine; - controlling the turbomachine (8, 18) and the compressor based on the parameters of the optimized pair of values.
An internal structure for a turbomachine nacelle, the internal structure being intended to surround at least one part of a compartment capable of receiving a gas generator of the turbomachine, the internal structure comprising a ventilation cavity of said compartment, the ventilation cavity being provided with a main ventilation outlet and an auxiliary ventilation outlet separate to the main ventilation outlet, the internal structure comprising a shut-off member comprising a band having windows, the shut-off member being movable, relative to the ventilation cavity, between a flow position in which said windows are at least partially facing the auxiliary ventilation outlet, and a shut-off position in which the shut-off member shuts off the auxiliary ventilation outlet to a greater extent than in the flow position.
Apparatus featuring at least one first delimiting part and at least one second delimiting part, wherein the delimiting parts (1, 2) are able to be attached to each other by forming a joint and in doing so enclose at least one part of a first pressure chamber, wherein on the sides facing towards the first pressure chamber of the delimiting parts (1, 2) a shielding element is provided which is arranged to seal against the at least one first delimiting part and the at least one second delimiting part and in doing so fully covers the joint, so that a cavity is formed between the delimiting parts (1, 2) and the shielding element, and that a line is routed in the cavity which connects the cavity to a second pressure chamber, characterised in that the shielding element features at least one preheating hole, that the seals allowing thermal expansion feature leakages and/or that at least one preheating line able to be locked by means of a locking element is routed to the cavity via which hot steam is able to be fed into the cavity, and that the line between the second pressure chamber and the cavity is able to be locked by a locking element.
Method for tracking objects in motion forming targets, implemented in a vehicle in motion, comprising a first step of observation of the targets, a second, recursive step of tracking of the movements of said targets, a third step in which a determination is made as to whether a target is concealed, characterized in that it comprises a recursive step of determination of type (X type) of target, of tracking of the movement and of prediction of their movement, said recursive determination step comprising a step of updating of the types of target configured to perform a Bayesian updating of a probability of the type of target at an instant (k) involving a likelihood of measurement with respect to the target concerning each type (ti), and to supply as output of said recursive determination step an item of information on the type of target, comprising a probabilities of each type for each target, and the second step and the third step being implemented by taking into consideration the type (ti) of target, the second step making it possible to obtain a state of the corrected targets, corresponding to information relating to the types, to the positions, to the speeds and to the directions of movement of at least one of said targets even if said target is concealed, said second step comprising a step of determination of the appearance of new targets, a step of comparison between the observation and a prediction of the state of the targets, and a step of simplification of the state of the targets capable of merging two targets that are too close, the steps of tracking of the movements of said targets being implemented by taking into consideration said item of information on the type (ti) of target.
An electric power work device comprising: a body case; a work tool protruding forward from front side with respect to the body case; a motor configured to drive the work tool; and a battery configured to supply electric power to the motor, wherein the motor is accommodated in the body case, a top handle is extended in a longitudinal direction at an upside with respect to the body case, a side handle is provided at one of a right side surface and a left side surface of the body case, the battery is detachably mounted in a battery part formed behind the top handle, and an interference reduction part is formed behind the top handle to reduce interference with a palm holding the top handle or a wrist, characterised in that the interference reduction part is configured such that an upper end part of a part of the body case, facing a front surface of the battery, is positioned lower than an upper end part of the top handle, at a corner between a front surface of the battery part and the other of the right side surface and the left side surface, and an inclined surface is formed which is gradually reduced in height from an inner side to an outer side in the lateral direction at an upper end part of the corner. a body case; a work tool protruding forward from front side with respect to the body case; a motor configured to drive the work tool; and a battery configured to supply electric power to the motor, wherein the motor is accommodated in the body case, a top handle is extended in a longitudinal direction at an upside with respect to the body case, a side handle is provided at one of a right side surface and a left side surface of the body case, the battery is detachably mounted in a battery part formed behind the top handle, and an interference reduction part is formed behind the top handle to reduce interference with a palm holding the top handle or a wrist, characterised in that the interference reduction part is configured such that an upper end part of a part of the body case, facing a front surface of the battery, is positioned lower than an upper end part of the top handle, at a corner between a front surface of the battery part and the other of the right side surface and the left side surface, and an inclined surface is formed which is gradually reduced in height from an inner side to an outer side in the lateral direction at an upper end part of the corner.
A method of producing a liquid electrostatic ink composition, the method comprising: mixing a resin and a conductive pigment in an extruder to form a compounded mixture comprising particles comprising the resin and the pigment; adding a liquid carrier to the compounded mixture, such that the particles comprising the resin and the conductive pigment are dispersed in the liquid carrier; and, before, during or after adding the liquid carrier to the compounded mixture: imparting a charge on the particles comprising the resin and the pigment. mixing a resin and a conductive pigment in an extruder to form a compounded mixture comprising particles comprising the resin and the pigment; adding a liquid carrier to the compounded mixture, such that the particles comprising the resin and the conductive pigment are dispersed in the liquid carrier; and, before, during or after adding the liquid carrier to the compounded mixture: imparting a charge on the particles comprising the resin and the pigment.
Vehicle bodywork comprising a support structure which has at least one longitudinal member arrangement having longitudinal members (10.1 a, 10.1b, 10.2a, 10.2b) arranged in different planes (34, 36), at least two substantially parallel longitudinal members (10.1a, 10.1b, 10.2a, 10.2b) being provided in each plane (34, 36) and each extending along a vehicle exterior in the direction of a vehicle longitudinal axis, characterised in that the support structure contains a loading space as a luggage compartment volume, which space comprises a first loading region (12.1) arranged substantially inside the longitudinal member arrangement and a second loading region (12.2) arranged substantially above the longitudinal member arrangement, at least some of the gaps (16.1, 16.2, 16.3, 16.4) formed between the longitudinal members (10.1a, 10.1 b, 10.2a, 10.2b) of the longitudinal member arrangement being closed by surface elements (14.1, 14.2, 14.3, 14.4) in order to form the first loading region (12.1).
A container for fire containment and extinguishment comprising: a container body that defines an internal volume and an opening into said internal volume; a cover positionable over said opening; a first sealing member positioned between said container body and said cover when said cover is positioned over said opening, wherein said first sealing member is formed from a heat-resistant material; a locking mechanism connected to said container body and said cover to retain said cover over said opening; a retaining skirt, wherein said retaining skirt and said cover define a compartment; and a fire extinguishing agent received in said compartment; wherein said cover defines an elongated opening, wherein said retaining skirt is sized and shaped to pass through said elongated opening and wherein said retaining skirt comprises a second sealing member, and wherein said second sealing member seals said elongated opening when said retaining skirt is withdrawn from said cover through said elongated opening. a container body that defines an internal volume and an opening into said internal volume; a cover positionable over said opening; a first sealing member positioned between said container body and said cover when said cover is positioned over said opening, wherein said first sealing member is formed from a heat-resistant material; a locking mechanism connected to said container body and said cover to retain said cover over said opening; a retaining skirt, wherein said retaining skirt and said cover define a compartment; and a fire extinguishing agent received in said compartment; wherein said cover defines an elongated opening, wherein said retaining skirt is sized and shaped to pass through said elongated opening and wherein said retaining skirt comprises a second sealing member, and wherein said second sealing member seals said elongated opening when said retaining skirt is withdrawn from said cover through said elongated opening.