mhurhangee/patent-ind-claim-en huggingface dataset:
A plate fin heat exchanger assembly for making a heat exchanger comprising: a cold passage defined by a cold frame ; a hot passage defined by a hot frame ; a tube sheet between the cold passage and the hot passage ; a top side plate ; and a bottom side plate , wherein the cold passage , the tube sheet , and the hot passage are between the top side plate and the bottom side plate , wherein the cold frame includes a first bar and a second bar attached at a corner (23, 38, 62, 78, 130a, 103b, 138a-f) of the heat exchanger assembly, wherein at least a portion of the first bar is configured to be removed from the cold frame during assembly of the heat exchanger , wherein the hot frame includes a third bar and a fourth bar attached at the corner (23, 38, 62, 78, 130a, 130b, 138a-f) of the heat exchanger assembly, wherein at least a portion of the third bar is configured to be removed from the hot frame during assembly of the heat exchanger , wherein the corner (23, 38, 62, 78, 130a, 130b, 138a-f) of the heat exchanger assembly defined by at least one of the hot frame or the cold frame has a non-square shape, and wherein the corner (23, 38, 62, 78, 130a, 130b, 138a-f) of the heat exchanger assembly defines an internal passage extending from the top side plate to the bottom side plate . a cold passage defined by a cold frame ; a hot passage defined by a hot frame ; a tube sheet between the cold passage and the hot passage ; a top side plate ; and a bottom side plate , wherein the cold passage , the tube sheet , and the hot passage are between the top side plate and the bottom side plate , wherein the cold frame includes a first bar and a second bar attached at a corner (23, 38, 62, 78, 130a, 103b, 138a-f) of the heat exchanger assembly, wherein at least a portion of the first bar is configured to be removed from the cold frame during assembly of the heat exchanger , wherein the hot frame includes a third bar and a fourth bar attached at the corner (23, 38, 62, 78, 130a, 130b, 138a-f) of the heat exchanger assembly, wherein at least a portion of the third bar is configured to be removed from the hot frame during assembly of the heat exchanger , wherein the corner (23, 38, 62, 78, 130a, 130b, 138a-f) of the heat exchanger assembly defined by at least one of the hot frame or the cold frame has a non-square shape, and wherein the corner (23, 38, 62, 78, 130a, 130b, 138a-f) of the heat exchanger assembly defines an internal passage extending from the top side plate to the bottom side plate .
A spiral heat exchanger including a spiral body formed by at least one spiral sheet wound to form the spiral body forming at least a spiral-shaped first flow channel for a first medium and a spiral-shaped second flow channel for a second medium, wherein the spiral body is enclosed by a substantially cylindrical shell being provided with first connecting elements communicating with the first flow channel and second connecting elements communicating with the second flow channel , wherein distance members are provided to separate the windings of the spiral body , wherein each distance member defines a first longitudinal direction (L) extending between two adjacent windings of said at least one spiral sheet , wherein each distance member also defines a transversal direction (T) extending perpendicular to the longitudinal direction (L), wherein the distance members are distributed over a majority of the surface of at least one of said at least one spiral sheet , characterised in that a majority of the distance members are provided with a protective sleeve at least partly covering the external surface of the distance member . wherein the spiral body is enclosed by a substantially cylindrical shell being provided with first connecting elements communicating with the first flow channel and second connecting elements communicating with the second flow channel , wherein distance members are provided to separate the windings of the spiral body , wherein each distance member defines a first longitudinal direction (L) extending between two adjacent windings of said at least one spiral sheet , wherein each distance member also defines a transversal direction (T) extending perpendicular to the longitudinal direction (L), wherein the distance members are distributed over a majority of the surface of at least one of said at least one spiral sheet , characterised in that a majority of the distance members are provided with a protective sleeve at least partly covering the external surface of the distance member .
A sanitary washing device , comprising: a toilet seat ; a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve ; a casing storing the nozzle and the valve unit; a water supply hose configured to supply water from the water supply source into the casing, the water supply hose being flexible; and a water supply connection part connecting the water supply hose and the valve unit, the water supply connection part being open in a horizontal direction, the water supply hose being directly connected to the water supply connection part in a horizontal direction, and the casing including a hose container in which a portion of the water supply hose can be stored by bending, wherein the water supply connection part is provided further frontward than a longitudinal-direction center of the casing, the longitudinal-direction being a direction between backward and frontward when viewed by a user sitting on the toilet seat. a toilet seat ; a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve ; a casing storing the nozzle and the valve unit; a water supply hose configured to supply water from the water supply source into the casing, the water supply hose being flexible; and a water supply connection part connecting the water supply hose and the valve unit, the water supply connection part being open in a horizontal direction, the water supply hose being directly connected to the water supply connection part in a horizontal direction, and the casing including a hose container in which a portion of the water supply hose can be stored by bending, wherein the water supply connection part is provided further frontward than a longitudinal-direction center of the casing, the longitudinal-direction being a direction between backward and frontward when viewed by a user sitting on the toilet seat.
A pultrusion apparatus comprising: a) a portion for receiving fibres, b) a portion for injecting resin into the fibres comprising a resin injection device , c) a portion for impregnating the resin injected fibres, and d) a portion for shaping the impregnated fibres; wherein the resin injection device is positioned centrally within the resin injection portion so that the fibres, following their passage through the receiving portion , converge in the resin injection portion to receive the resin, and the resin flows outwards from the point of injection into peripherally arranged fibres as the fibres progress from the injection portion through the impregnation portion ; and characterized in that the impregnation portion reduces in cross-sectional area along its length extending to the shaping portion . a) a portion for receiving fibres, b) a portion for injecting resin into the fibres comprising a resin injection device , c) a portion for impregnating the resin injected fibres, and d) a portion for shaping the impregnated fibres;
Floating support comprising at least one float and a stabilizing system having a plurality of damping devices , each damping device being substantially U-shaped and having two liquid reserves and a connection tube connecting said two liquid reserves , said stabilizing system having at least three damping devices , each damping device not being parallel to at least one other damping device and wherein said damping devices are arranged so as to form a polygon, preferably a regular polygon, the vertices of said polygon being formed by said liquid reserves of said damping devices, and the edges of said polygon being formed by said connection tubes of said damping devices characterized in that wherein said vertices of said polygon are formed by at least two liquid reserves of two separate damping devices.
A network search method, wherein the method is performed by a terminal device, a subscriber identity module SIM card is installed in the terminal device, and the method comprises: when the terminal device camps on a visited public land mobile network VPLMN, determining a mobile country code MCC home area corresponding to the SIM card; determining whether the terminal device has entered the MCC home area; and triggering a network search if the terminal device has entered the MCC home area or is to enter the MCC home area; wherein the determining whether the terminal device enters the MCC home area comprises: determining a quantity of first cells, wherein the first cells are all cells that can be found currently by the terminal device; determining a proportion of second cells in the first cells, wherein the second cell is a cell, whose MCC is the same as an MCC corresponding to the SIM card, in the first cells; and if the proportion of the second cells in the first cells is greater than a preset proportion, determining that the terminal enters the MCC home area, wherein the preset proportion is not equal to zero. when the terminal device camps on a visited public land mobile network VPLMN, determining a mobile country code MCC home area corresponding to the SIM card; determining whether the terminal device has entered the MCC home area; and triggering a network search if the terminal device has entered the MCC home area or is to enter the MCC home area; wherein the determining whether the terminal device enters the MCC home area comprises: determining a quantity of first cells, wherein the first cells are all cells that can be found currently by the terminal device; determining a proportion of second cells in the first cells, wherein the second cell is a cell, whose MCC is the same as an MCC corresponding to the SIM card, in the first cells; and if the proportion of the second cells in the first cells is greater than a preset proportion, determining that the terminal enters the MCC home area, wherein the preset proportion is not equal to zero. determining a quantity of first cells, wherein the first cells are all cells that can be found currently by the terminal device; determining a proportion of second cells in the first cells, wherein the second cell is a cell, whose MCC is the same as an MCC corresponding to the SIM card, in the first cells; and if the proportion of the second cells in the first cells is greater than a preset proportion, determining that the terminal enters the MCC home area, wherein the preset proportion is not equal to zero.
A system for storing and retrieving the calories contained in a heat-transfer fluid, this system comprising: - a series of adjoining and insulated tanks, said series comprising at least a first tank and a last tank and at least one intermediate tank between the first tank and the last tank ; - each tank in said series, except for the last tank comprising a pipe connecting the upper part of said tank to the lower part of the next intermediate tank in said series; and - a retrieval exchanger , supplying thermal energy and capable of heating the heat-transfer fluid, the said exchanger having a circuit for circulating the said heat-transfer fluid, one inlet of which is connected to the upper part of the last tank and the outlet of which is connected to the lower part of the first tank ; the said system being characterized in that it includes - a storage exchanger , which consumes thermal energy and is capable of heating the heat-transfer fluid, said exchanger having a circuit for circulating said heat-transfer fluid, one inlet of which is connected to the lower part of the first tank and the outlet of which is connected to the lower part of the last tank . - a series of adjoining and insulated tanks, said series comprising at least a first tank and a last tank and at least one intermediate tank between the first tank and the last tank ; - each tank in said series, except for the last tank comprising a pipe connecting the upper part of said tank to the lower part of the next intermediate tank in said series; and - a retrieval exchanger , supplying thermal energy and capable of heating the heat-transfer fluid, the said exchanger having a circuit for circulating the said heat-transfer fluid, one inlet of which is connected to the upper part of the last tank and the outlet of which is connected to the lower part of the first tank ; the said system being characterized in that it includes - a storage exchanger , which consumes thermal energy and is capable of heating the heat-transfer fluid, said exchanger having a circuit for circulating said heat-transfer fluid, one inlet of which is connected to the lower part of the first tank and the outlet of which is connected to the lower part of the last tank .
Cable transportation installation, comprising an aerial hauling cable , a vehicle comprising an attachment device to attach the vehicle to the hauling cable , a structure on which at least one sheave is mounted movable between a first position (P1) in which the sheave is in contact with the hauling cable and a second position (P2) in which the sheave is separated from the hauling cable , and at least one actuating device coupled with said at least one sheave and configured to exert a first force on the sheave in order to move the sheave to the first position (P1), and to exert a second force on the sheave in order to move the sheave to the second position (P2), said at least one actuating device comprising a blocking system configured to occupy a blocked state providing a rigid support for the hauling cable on the associated sheave occupying the first position (P1), and a released state in which the blocking system is movable to allow the associated sheave to occupy the second position (P2), characterized in that said at least one actuating device comprises a body and the blocking system forms a toggle joint connecting the sheave to the body .
A method of operating a terminal device in a wireless telecommunication system supporting device-to-device, D2D, communications between terminal devices , the method comprising: receiving an indication of a set of radio resources available for D2D communications within the wireless telecommunication system from a network entity in system information block (SIB) signalling; determining an indication of an extent to which the set of radio resources is being used for D2D communications by measuring the extent to which the set of radio resources is being used for D2D communications and determining from this the indication of the extent to which the set of radio resources is being used for D2D communications; wherein measuring the extent to which the set of radio resources is being used for D2D communications comprises measuring the power being transmitted on the set of radio resources; and transmitting the indication of the extent to which the set of radio resources is being used for D2D communications to the network entity; wherein the terminal device transmits the indication of the extent to which the set of radio resources is being used for D2D communications to the network entity in response to the terminal device determining from the measurements the extent to which the set of radio resources is being used for D2D communications exceeds a predefined threshold. receiving an indication of a set of radio resources available for D2D communications within the wireless telecommunication system from a network entity in system information block (SIB) signalling; determining an indication of an extent to which the set of radio resources is being used for D2D communications by measuring the extent to which the set of radio resources is being used for D2D communications and determining from this the indication of the extent to which the set of radio resources is being used for D2D communications; wherein measuring the extent to which the set of radio resources is being used for D2D communications comprises measuring the power being transmitted on the set of radio resources; and transmitting the indication of the extent to which the set of radio resources is being used for D2D communications to the network entity; wherein the terminal device transmits the indication of the extent to which the set of radio resources is being used for D2D communications to the network entity in response to the terminal device determining from the measurements the extent to which the set of radio resources is being used for D2D communications exceeds a predefined threshold.
Mould closing unit for injection moulds on an injection moulding machine for processing plastics materials and other plasticizable masses such as ceramic or powdery masses, comprising - at least one first, preferably stationary mould carrier , - at least one mould carrier that is movable relative to the first mould carrier, which together with the first mould carrier defines a mould clamping space (R) for receiving an injection mould between the two mould carriers, - at least one support element for at least one electromechanical closing mechanism (M) for cyclically opening and closing the injection mould while moving the movable mould carrier toward and away from the first mould carrier , - wherein the closing mechanism (M) is actuated by at least one spindle unit which comprises at least one spindle , at least one spindle nut which cooperates with the spindle and is mounted in a bearing unit , and at least one motor mounted on a bearing element , - a cooling system with cooling elements for conducting away heat from the spindle unit , wherein the cooling elements pass through at least the bearing unit and/or the bearing element with a cooling path, in which the spindle and thereafter the spindle nut are arranged, wherein the spindle has at least one bore in the core, in which a coolant and/or lubricant is guided via at least one lance into the region of the points of contact between the spindle nut and the spindle . characterised in that the cooling path is configured in series connection for cooling the spindle via the lance , then the spindle nut via the cooling element and at last the motor . - at least one first, preferably stationary mould carrier , - at least one mould carrier that is movable relative to the first mould carrier, which together with the first mould carrier defines a mould clamping space (R) for receiving an injection mould between the two mould carriers, - at least one support element for at least one electromechanical closing mechanism (M) for cyclically opening and closing the injection mould while moving the movable mould carrier toward and away from the first mould carrier , - wherein the closing mechanism (M) is actuated by at least one spindle unit which comprises at least one spindle , at least one spindle nut which cooperates with the spindle and is mounted in a bearing unit , and at least one motor mounted on a bearing element , - a cooling system with cooling elements for conducting away heat from the spindle unit , wherein the cooling elements pass through at least the bearing unit and/or the bearing element with a cooling path, in which the spindle and thereafter the spindle nut are arranged,
A multilayer sheet, comprising: a core layer comprising a composition comprising about 60 to about 90 weight percent of polyphenylene, about 0 to about 20 weight percent of polystyrene, about 10 to about 20 weight percent of a hydrogenated block copolymer of an alkenyl aromatic compound and a conjugated diene, and optionally, a flame retardant additive; and a first cap layer disposed on a surface of the core layer, wherein the first cap layer comprises polypropylene; wherein the multilayer sheet further comprises a second cap layer disposed on another surface of the core layer, wherein the second cap layer comprises polypropylene. a core layer comprising a composition comprising about 60 to about 90 weight percent of polyphenylene, about 0 to about 20 weight percent of polystyrene, about 10 to about 20 weight percent of a hydrogenated block copolymer of an alkenyl aromatic compound and a conjugated diene, and optionally, a flame retardant additive; and a first cap layer disposed on a surface of the core layer, wherein the first cap layer comprises polypropylene; wherein the multilayer sheet further comprises a second cap layer disposed on another surface of the core layer, wherein the second cap layer comprises polypropylene.
Agricultural machine for mounting on an agricultural vehicle , wherein, when the machine is moved in the driving direction (F), a soil area at least between plants arranged parallel to the driving direction (F) can be worked in row crops with the machine , the machine having - a soil cultivating tool which can be pivoted back about an axis of rotation (D) running in a height direction (H) of the machine from a transverse direction (Q) arranged perpendicular to the driving direction (F) and perpendicular to the height direction (H) in the opposite direction to the driving direction (F) and/or can be moved towards the machine in the transverse direction (Q), - an obstacle sensor with which obstacles , in particular plants and planting sticks of the row crop , can be detected, - as well as a control device , wherein the soil cultivating tool can be pivoted back out of the transverse direction (Q) in the opposite direction to the driving direction (F) by the control device upon detection of an obstacle and/or can be moved towards the machine in the transverse direction (Q), characterized in that the control device comprises a delay device , which delays the pivoting back and/or the moving towards the machine after detection of an obstacle , and an adjusting device , wherein a time delay amount (Δ) of the delay device during a soil cultivation drive can be adjusted with the adjusting device . - a soil cultivating tool which can be pivoted back about an axis of rotation (D) running in a height direction (H) of the machine from a transverse direction (Q) arranged perpendicular to the driving direction (F) and perpendicular to the height direction (H) in the opposite direction to the driving direction (F) and/or can be moved towards the machine in the transverse direction (Q), - an obstacle sensor with which obstacles , in particular plants and planting sticks of the row crop , can be detected, - as well as a control device , wherein the soil cultivating tool can be pivoted back out of the transverse direction (Q) in the opposite direction to the driving direction (F) by the control device upon detection of an obstacle and/or can be moved towards the machine in the transverse direction (Q), characterized in that the control device comprises a delay device , which delays the pivoting back and/or the moving towards the machine after detection of an obstacle , and an adjusting device , wherein a time delay amount (Δ) of the delay device during a soil cultivation drive can be adjusted with the adjusting device .