mhurhangee/patent-ind-claim-en huggingface dataset:
A heat storage unit comprising: - a heat storage material that contains water and high polymers that exhibit hydrophilicity or hydrophobicity depending on a temperature; - a heat exchanger configured to cause heat exchange to be performed between a heating fluid and the heat storage material to heat the heat storage material and store heat in the heat storage material , and - a container that is filled with the heat storage material and houses the heat exchanger ; the heat exchanger includes a heating pipe through which the heating fluid is able to flow, characterised in that : the heat exchanger further causes heat exchange to be performed between a heat utilization fluid and the heat storage material to receive heat from the heat storage material and cause heat to be transferred from the heat storage material ; and further includes: - a heat utilization pipe through which the heat utilization fluid is able to flow, wherein the high polymers have a shrinkage process and a swelling process; wherein the shrinkage process and the swelling process is configured so that the water is in a liquid state. - a heat storage material that contains water and high polymers that exhibit hydrophilicity or hydrophobicity depending on a temperature; - a heat exchanger configured to cause heat exchange to be performed between a heating fluid and the heat storage material to heat the heat storage material and store heat in the heat storage material , and - a container that is filled with the heat storage material and houses the heat exchanger ; the heat exchanger includes a heating pipe through which the heating fluid is able to flow, characterised in that : the heat exchanger further causes heat exchange to be performed between a heat utilization fluid and the heat storage material to receive heat from the heat storage material and cause heat to be transferred from the heat storage material ; and further includes: - a heat utilization pipe through which the heat utilization fluid is able to flow, - a heat utilization pipe through which the heat utilization fluid is able to flow, wherein the high polymers have a shrinkage process and a swelling process; wherein the shrinkage process and the swelling process is configured so that the water is in a liquid state.
Heat exchanger comprising: - a primary circulation area capable of receiving a primary fluid , and - circulation means capable of receiving a secondary fluid and configured to ensure heat is exchanged with the primary circulation area , where - the primary circulation area comprises a first part and a second part , and - the circulation means comprise • a first fluid circuit arranged such that it is in contact with the first part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the first part , • a second fluid circuit arranged such that it is in contact with the second part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the second part , characterised in that • the first fluid circuit and the second fluid circuit being configured such that they are alternately in fluid isolation or in fluid communication with one another. - a primary circulation area capable of receiving a primary fluid , and - circulation means capable of receiving a secondary fluid and configured to ensure heat is exchanged with the primary circulation area , where - the primary circulation area comprises a first part and a second part , and - the circulation means comprise • a first fluid circuit arranged such that it is in contact with the first part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the first part , • a second fluid circuit arranged such that it is in contact with the second part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the second part , characterised in that • the first fluid circuit and the second fluid circuit being configured such that they are alternately in fluid isolation or in fluid communication with one another. • a first fluid circuit arranged such that it is in contact with the first part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the first part , • a second fluid circuit arranged such that it is in contact with the second part of the heat exchanger and intended to receive the secondary fluid so as to ensure heat is exchanged between the secondary fluid and the primary fluid circulating in the second part , characterised in that • the first fluid circuit and the second fluid circuit being configured such that they are alternately in fluid isolation or in fluid communication with one another.
An energy storage apparatus comprising: an energy storage device including a container and an electrode assembly disposed in the inside of the container ; an outer case housing the container , the outer case comprising a first and a second wall, wherein a first circuit board is disposed between the first wall of the outer case and the container , and a second circuit board is disposed between the second wall of the outer case and the container ; the first circuit board which is connected to the energy storage device and through which a first current flows; and the second circuit board through which a second current larger than the first current flows, wherein the second circuit board is disposed such that the second circuit board opposedly faces a position which differs from the long side surface of the container . an energy storage device including a container and an electrode assembly disposed in the inside of the container ; an outer case housing the container , the outer case comprising a first and a second wall, wherein a first circuit board is disposed between the first wall of the outer case and the container , and a second circuit board is disposed between the second wall of the outer case and the container ; the first circuit board which is connected to the energy storage device and through which a first current flows; and the second circuit board through which a second current larger than the first current flows, wherein the second circuit board is disposed such that the second circuit board opposedly faces a position which differs from the long side surface of the container .
A subsea distribution network comprising at least one subsea distribution bus connecting a power load system to electrical power supplied by an AC power supply by means of at least one long cable , the subsea distribution bus connecting the power load system to a subsea end of the long cable , characterized in that said at least one subsea distribution bus comprises a local control unit , and a temporary load device , wherein the local control unit is arranged to receive a voltage or current fault signal and send a first signal to the temporary load device , and wherein the local control unit is arranged to detect a reduced or within range voltage at the subsea side and send a second signal to the temporary load device , wherein said temporary load device is arranged, upon receipt of the first signal from the local control unit , to close and reduce the voltage to the power load system , and, on receipt of the second signal from the local control unit is arranged to open and disconnect said temporary load device from the subsea distribution bus having avoided or reduced an overvoltage at the power load system .
An analog recording medium disc that has at least one first face including at least one read layer and at least one first label , characterized in that it comprises at least one radio frequency identification device , the radio frequency identification device comprising at least one contactless electronic chip that is associated with an antenna , the antenna being printed directly onto a face of the label , and this label being held within the material that constitutes the disc.
A wind turbine comprising a tower having a wall , a cooling device which has at least one air inlet unit and at least one air outlet unit which are provided in the lower region of the tower , wherein the air inlet unit and the air outlet unit each have an outer portion , a central portion and a shutter unit , wherein the outer portions are provided outside the wall of the tower , and the central portions are provided in the region of the wall of the tower , wherein the air inlet unit and the air outlet unit have fixing units, characterized in that the shutter units are provided within the tower , wherein the central portions can be fixed to the wall of the tower from the interior of the tower by means of the fixing units.
A compound having the formula (II): or a pharmaceutically acceptable salt thereof, wherein; m is 0, 1, 2 or 3; Z is independently selected from F, Cl, Br, methyl, methoxy, ethyl, ethoxy, propyl, -CH 2 OH, -CH 2 CH 2 OH, -CF 3 , -CH 2 CF 3 , -OCF 3 , -OCHF 2 , -OCH 2 CF 3 , and cyclopropyl; Ring A is oxadiazolyl, oxazolyl, isoxazolyl, thiadiazolyl, isothiazolyl, thiazolyl, pyrazolyl or imidazolyl; Ring B is cyclohexyl, phenyl, pyrazolyl, pyridinyl or isoxazolyl; R 3 is H, F or (C 1 -C 4 )alkyl, wherein said alkyl is optionally substituted with one or more halogen; and R 4 is H, F or (C 1 -C 4 )alkyl, wherein said alkyl is optionally substituted with one or more halogen. m is 0, 1, 2 or 3; Z is independently selected from F, Cl, Br, methyl, methoxy, ethyl, ethoxy, propyl, -CH 2 OH, -CH 2 CH 2 OH, -CF 3 , -CH 2 CF 3 , -OCF 3 , -OCHF 2 , -OCH 2 CF 3 , and cyclopropyl; Ring A is oxadiazolyl, oxazolyl, isoxazolyl, thiadiazolyl, isothiazolyl, thiazolyl, pyrazolyl or imidazolyl; Ring B is cyclohexyl, phenyl, pyrazolyl, pyridinyl or isoxazolyl; R 3 is H, F or (C 1 -C 4 )alkyl, wherein said alkyl is optionally substituted with one or more halogen; and R 4 is H, F or (C 1 -C 4 )alkyl, wherein said alkyl is optionally substituted with one or more halogen.
A method of adding pixels to a 2D mask, the 2D mask generated for a 2D image using an initial image segmentation, the method comprising: obtaining the 2D mask for the 2D image, wherein the 2D mask comprises a portion of the 2D image; selecting, simultaneously using a cursor comprising a first region and a second region, one or more first pixels of the 2D image using the first region and one or more second pixels of the 2D image using the second region; adding all of the one or more first pixels that are not part of the 2D mask to the 2D mask; performing a morphological closing on all of the second pixels that are part of the 2D mask; and performing an automatic flood-fill operation on at least a portion of the 2D mask after performing the morphological closing. obtaining the 2D mask for the 2D image, wherein the 2D mask comprises a portion of the 2D image; selecting, simultaneously using a cursor comprising a first region and a second region, one or more first pixels of the 2D image using the first region and one or more second pixels of the 2D image using the second region; adding all of the one or more first pixels that are not part of the 2D mask to the 2D mask; performing a morphological closing on all of the second pixels that are part of the 2D mask; and performing an automatic flood-fill operation on at least a portion of the 2D mask after performing the morphological closing.
A furniture panel , comprising at least - a material panel , - at least one edge strip fixed to the material panel and - at least one electrical functional strip which is arranged in a groove formed in the material panel and covered by the edge strip , characterized in that the electrical functional strip is fixed to a carrier profile which is U-shaped in cross-section and is arranged in the groove , wherein the carrier profile is formed by a coilable, strip-shaped flat profile which is folded in a U-shape at kinks extending in a longitudinal direction. - a material panel , - at least one edge strip fixed to the material panel and - at least one electrical functional strip which is arranged in a groove formed in the material panel and covered by the edge strip ,
A hinge device for operating the opening and closing of a door fastened to a frame of a vehicle, configured so that the door does not change orientation during said operation, wherein the hinge device comprises an arm provided with two ends attached in a pivotable way, around parallel rotation axes, to respective mounting bodies , one being fixable to the door and the other to the frame of the vehicle, wherein each mounting body comprises, coinciding with each associated end of the arm , a concentric pulley body with a respective rotation axis and fixed to a respective mounting body , and the hinge device further comprising linking means that extend along the arm and rest on the pulley grooves , being partially rolled up determining two end contact points (51, 52; 61, 62) on the linking means with each of the pulley grooves , wherein the arm has an angled shape, having two angled sections configured in a general L shape, in that the path of the linking means comprises a first segment and a second segment , the first segment being the one that extends between the first end contact points of the pulley grooves and the second segment being the one that extends between the second end contact points of the pulley grooves , and wherein the arm comprises a central diverting element arranged on the bend of the arm , the contour surface of which is convex-curved, and where one of its sides is in contact with both the first segment and the second segment of the path of the linking means , characterized in that the path of the linking means comprises at least one crossing (P1, P2) of segments, wherein the first segment crosses the second segment , in that the arm comprises, in addition to the central diverting element , at least one diverting element arranged on one of its angled sections , between the bend of the arm and one of the pulley bodies , the contour surface of which is convex-curved, having a diameter smaller than the diameter of any of the pulley bodies , and where one of its sides is in contact with the first segment and another one of its sides is in contact with the second segment of the path of the linking means , the at least one diverting element being arranged such that the crossing (P1, P2) of segments is located between the diverting element and the pulley body located on the same section of the arm upon which the diverting element is arranged , and in that the central diverting element arranged on the bend of the arm , has a diameter smaller than the diameter of any of the pulley bodies .
A liquid blow-molding method for molding a delamination container from a resin container material the resin container material including an outer layer , an inner layer , and an ambient air introduction hole provided in the outer layer to communicate between the outer layer and the inner layer , and the delamination container including an outer layer body and an inner layer body laminated on an inner side of the outer layer body in a manner such that the inner layer body is separatable from the outer layer body , the liquid blow-molding method comprising: a container molding step of molding the container material into the delamination container by supplying a pressurized liquid into the container material; and an inner layer body separation step of separating the inner layer body from the outer layer body by sucking the liquid, which has been filled in the delamination container, out of the delamination container.
A metal bellows type accumulator comprising: an outer shell which is provided in its one end with a pressure introducing passage (C) in an opening manner; a metal bellows in which peak portions directed to an outer side in a radial direction and trough portions directed to an inner side are repeatedly formed, and which is capable of expanding and contracting in an axial direction and is configured to separate an inner chamber of the outer shell into a pressure introducing chamber (A) which is configured to be communicated with the pressure introducing passage (C) and a gas chamber (B) which is configured to be charged with cushion gas; characterized in that a tubular portion is formed in the metal bellows at a position where an amplitude of vibration in a radial direction becomes maximum in the metal bellows , the tubular portion having a greater diameter than a maximum diameter portion of each of the peak portions and being contactable with an inner peripheral surface of the outer shell at a predetermined width (w) in the axial direction. an outer shell which is provided in its one end with a pressure introducing passage (C) in an opening manner; a metal bellows in which peak portions directed to an outer side in a radial direction and trough portions directed to an inner side are repeatedly formed, and which is capable of expanding and contracting in an axial direction and is configured to separate an inner chamber of the outer shell into a pressure introducing chamber (A) which is configured to be communicated with the pressure introducing passage (C) and a gas chamber (B) which is configured to be charged with cushion gas; characterized in that a tubular portion is formed in the metal bellows at a position where an amplitude of vibration in a radial direction becomes maximum in the metal bellows , the tubular portion having a greater diameter than a maximum diameter portion of each of the peak portions and being contactable with an inner peripheral surface of the outer shell at a predetermined width (w) in the axial direction.
Seat of a motor vehicle comprising a seat member and a foldable backrest comprising a rear face which is provided with a tray , the backrest being capable of being folded onto the seat member so as to bring its rear face into a substantially horizontal position, characterized in that the tray is fitted against the rear face of the backrest and is retained against said face by means of a locking mechanism which is provided with an activation member , and in that a pressure applied to said member allows the tray to be released so that it can be withdrawn from the backrest .
An electronic tag comprising: - sensing means for sensing at least one condition; - a control module , electrically connected to the sensing means , for receiving data relating to the at least one sensed condition; and - a transmitter module , electrically connected to the control module , for transmitting, for reception by a remote monitoring station , a notification signal including the data relating to the at least one sensed condition, characterised in that the electronic tag further comprises input circuitry , electrically connected to the control module , for regulating the operation of the control module , by providing a limit for the at least one sensed condition depending on a physical configuration of the input circuitry , and the control module is configured to detect the physical configuration of the input circuitry , and to cause the notification signal to be transmitted, via the transmitter module , when the at least one sensed condition corresponds to the limit. - sensing means for sensing at least one condition; - a control module , electrically connected to the sensing means , for receiving data relating to the at least one sensed condition; and - a transmitter module , electrically connected to the control module , for transmitting, for reception by a remote monitoring station , a notification signal including the data relating to the at least one sensed condition,
A throttle grip device comprising: a magnetic body fixed to a second member that is relatively displaced with respect to a first member ; at least two magnets fixed to the magnetic body and disposed apart from each other in a relative displacement direction of the second member ; and a magnetic sensor that is fixed to the first member and is configured to detect a change of a magnetic field formed by the at least two magnets , wherein the magnetic body has a convex portion protruding between the two magnets , and the convex portion has abutting portions on which the two magnets abut, wherein the magnetic body is provided with concave portions each at a portion to which each magnet is fixed, and by provision of the concave portions , the convex portion is relatively formed between the two magnets on the magnetic body , characterized in that each of the concave portions has a depth on a side of the abutting portion deeper than a depth of the other portion thereof. a magnetic body fixed to a second member that is relatively displaced with respect to a first member ; at least two magnets fixed to the magnetic body and disposed apart from each other in a relative displacement direction of the second member ; and a magnetic sensor that is fixed to the first member and is configured to detect a change of a magnetic field formed by the at least two magnets , wherein the magnetic body has a convex portion protruding between the two magnets , and the convex portion has abutting portions on which the two magnets abut, the magnetic body is provided with concave portions each at a portion to which each magnet is fixed, and by provision of the concave portions , the convex portion is relatively formed between the two magnets on the magnetic body , characterized in that each of the concave portions has a depth on a side of the abutting portion deeper than a depth of the other portion thereof.