mhurhangee/ep-ind-claims huggingface dataset:
A bicycle saddle comprising a saddle shell, a saddle shell connected to a lower side of the saddle shell and a saddle cushion (12, 14) connected to an upper side of the saddle shell, wherein at least one stiffening element is arranged in the saddle cushion (12, 14), characterized in that the at least one stiffening element has a width extending transversely to the longitudinal direction of the saddle, the width substantially corresponding to the width of the saddle shell in the corresponding region. a saddle shell, a saddle shell connected to a lower side of the saddle shell and a saddle cushion (12, 14) connected to an upper side of the saddle shell, wherein at least one stiffening element is arranged in the saddle cushion (12, 14), characterized in that the at least one stiffening element has a width extending transversely to the longitudinal direction of the saddle, the width substantially corresponding to the width of the saddle shell in the corresponding region.
Hydraulic on-off valve with filtering function for hydraulic applications comprising a valve body in which a shutter is received, which can be operated between an open and a closed position and in which a cavity is obtained for fluid passage communicating in the open position with an inlet and an outlet of the valve, wherein the cavity has a first and a second chamber separated from one another, wherein a removable closed structure is provided, for collecting particles, provided with magnetic attraction elements, fixed to the valve body, and communicating internally with the inlet and the outlet of the valve in the open position, wherein inside the closed structure a first and a second chamber are obtained that communicate through a filter, wherein in the open position the fluid coming from the inlet of the valve flows into the first chamber of the shutter, enters the first chamber inside the closed structure, passes through the filter, flows into the second chamber inside the closed structure, flows into the second chamber of the shutter, and exits the outlet of the valve, in the closed structure being accumulated the ferromagnetic particles attracted by the magnetic attraction elements and the inert particles filtered by the filter, characterized by the fact that the first and the second chamber are obtained by a ducting wall that runs through the cavity of the shutter, that the filter has a tilted configuration, that the ducting wall and the filter are geometrically consecutive, that the first chamber and the second chamber of the shutter are asymmetric with respect to one another and the first chamber and the second chamber inside the closed structure are also asymmetric with respect to one another divided by the filter, in the closed position the communication between the inside of the closed structure and the inlet and the outlet of the valve being interrupted.
A solar energy system comprising: a solar energy collector for providing energy generated from incident solar radiation; a first heat exchange system comprising an ejector that is arranged to operate using at least a portion of the energy provided by the solar energy collector; a second heat exchange system arranged to operate using energy from an energy source other than a of solar source; and a system for heating water; wherein the solar energy system is arranged for direct or indirect transfer of thermal energy between the first heat exchange system and a region and between the second heat exchange system and the region; wherein the solar energy system is arranged for direct or indirect transfer of thermal energy from the second heat exchange system for use by at least one of: the first heat exchange system and the system for heating water; wherein the solar energy system is arranged to transfer a portion of the energy provided by the solar collector directly or indirectly to the system for heating water; and wherein the solar energy system is arranged to transfer a portion of the thermal energy that is transferred from the region by the second heat exchange system, directly or indirectly to the system for heating water. a solar energy collector for providing energy generated from incident solar radiation; a first heat exchange system comprising an ejector that is arranged to operate using at least a portion of the energy provided by the solar energy collector; a second heat exchange system arranged to operate using energy from an energy source other than a of solar source; and a system for heating water; wherein the solar energy system is arranged for direct or indirect transfer of thermal energy between the first heat exchange system and a region and between the second heat exchange system and the region; wherein the solar energy system is arranged for direct or indirect transfer of thermal energy from the second heat exchange system for use by at least one of: the first heat exchange system and the system for heating water; wherein the solar energy system is arranged to transfer a portion of the energy provided by the solar collector directly or indirectly to the system for heating water; and wherein the solar energy system is arranged to transfer a portion of the thermal energy that is transferred from the region by the second heat exchange system, directly or indirectly to the system for heating water. the first heat exchange system and the system for heating water; wherein the solar energy system is arranged to transfer a portion of the energy provided by the solar collector directly or indirectly to the system for heating water; and wherein the solar energy system is arranged to transfer a portion of the thermal energy that is transferred from the region by the second heat exchange system, directly or indirectly to the system for heating water.
A method of shape setting an implant comprising a nickel titanium alloy, the method comprising: (a) restraining the implant on a mandrel having a first diameter and annealing the implant within a first temperature range; (b) after (a), restraining the implant on a mandrel having a second diameter and annealing the implant within a second temperature range that is greater than the first temperature range; and (c) after (b), annealing the implant within a third temperature range that is less than the second temperature range and while the implant is restrained on a mandrel; and wherein the second diameter is larger than said first diameter. (a) restraining the implant on a mandrel having a first diameter and annealing the implant within a first temperature range; (b) after (a), restraining the implant on a mandrel having a second diameter and annealing the implant within a second temperature range that is greater than the first temperature range; and (c) after (b), annealing the implant within a third temperature range that is less than the second temperature range and while the implant is restrained on a mandrel; and
A method for making a smart contract, using non-deterministic external data, executable in a blockchain network, comprising the steps of: a node receiving a block with a transaction which invokes the smart contract that uses the non-deterministic external data, wherein the node is part of the blockchain network, the node validating the block, and the node adding the block to a blockchain of the node after a consensus is formed on adoption of the block, wherein a reference destination of the non-deterministic external data is represented by a format from which an access destination is interpretable by the node, wherein the block includes a value of the non-deterministic external data, and wherein the validation is performed by comparing the value of the non-deterministic external data included in the block with a value acquired by the node from the access destination. a node receiving a block with a transaction which invokes the smart contract that uses the non-deterministic external data, wherein the node is part of the blockchain network, the node validating the block, and the node adding the block to a blockchain of the node after a consensus is formed on adoption of the block, wherein a reference destination of the non-deterministic external data is represented by a format from which an access destination is interpretable by the node, wherein the block includes a value of the non-deterministic external data, and wherein the validation is performed by comparing the value of the non-deterministic external data included in the block with a value acquired by the node from the access destination.
Screw-spindle pump comprising a pump housing with a working spindle accommodated therein and with at least one running spindle which meshes with said working spindle, and comprising a connection housing which is mounted onto the pump housing and has a suction connector (27, 32) and a pressure connector which fluidically communicate with a suction inlet and a pressure outlet of the pump housing, characterized in that the connection housing consists of a first and a second housing part (24, 39), of which one has the suction connector (27, 32) and the other has the pressure connector and which are both rotatable relative to the pump housing and which are both rotatable relative to one another, wherein the pump housing and the two housing parts (24, 39) are connectable to one another in the selected rotational position.
Gripper for a container transport system, having - two gripper arms (2a, b) that can pivot towards one another, - a rotatable control unit pivoting the gripper arms (2a, b), wherein - the control unit is arranged between the gripper arms (2a, b), and - at least one spring element for preloading the two gripper arms (2a, b) apart from each another, characterised in that - at least two control rollers (5a, b) are arranged at the control unit such as to be able to pivot and/or rotate about a central control axis, and - at least one inner control surface (7a, b) is formed at each of the gripper arms (2a, b), and wherein in order to pivot the gripper arms (2a, b), the at least two control rollers (5a, b) are guided by means of the control unit such as to slide and/or roll in each case on a control surface (7a, b), and in this situation, under the force of the at least one spring element closing the gripper arms (2a, b), move the two gripper arms (2a, b) so as to open or close, wherein the inner control surface (7a, b) of the gripper arms (2a, b) is configured in each case as a cambered and/or angled surface in such a way that the control roller (5a, b) of the rotating control unit sliding and/or rolling on it has the effect of causing a uniform pivoting of the gripper arm (2a, b), in particular an equiangular symmetrical pivoting, between an opened and a closed position. - two gripper arms (2a, b) that can pivot towards one another, - a rotatable control unit pivoting the gripper arms (2a, b), - the control unit is arranged between the gripper arms (2a, b), and - at least one spring element for preloading the two gripper arms (2a, b) apart from each another, characterised in that - at least two control rollers (5a, b) are arranged at the control unit such as to be able to pivot and/or rotate about a central control axis, and - at least one inner control surface (7a, b) is formed at each of the gripper arms (2a, b), and wherein
Method for monitoring the state of a bearing guiding an electric motor on a shaft, wherein the method comprises the following method steps: - determining a first measure m 1 for a first distance a 1 between a reference point on a housing of the electric motor and a reference point on a rotor of the electric motor in the axial direction of the shaft with respect to a first time t 1 at which the electric motor has a negative torque; - determining a second measure m 2 for a second distance a 2 between the reference point on the housing and the reference point on the rotor in the axial direction of the shaft at a second time t 2 at which the electric motor has a positive torque; - comparing the difference m 1 -m 2 between the first measure m 1 and the second measure m 2 with a threshold value m s, and - detecting a critical state of the bearing as a function of the comparison result of the difference m 1 -m 2 with the threshold value m S. - determining a first measure m 1 for a first distance a 1 between a reference point on a housing of the electric motor and a reference point on a rotor of the electric motor in the axial direction of the shaft with respect to a first time t 1 at which the electric motor has a negative torque; - determining a second measure m 2 for a second distance a 2 between the reference point on the housing and the reference point on the rotor in the axial direction of the shaft at a second time t 2 at which the electric motor has a positive torque; - comparing the difference m 1 -m 2 between the first measure m 1 and the second measure m 2 with a threshold value m s, and - detecting a critical state of the bearing as a function of the comparison result of the difference m 1 -m 2 with the threshold value m S.
A delivery receiving device for a vehicle comprising: a communication unit communicating with another device via a wireless communication medium to transmit and receive information; an inter-vehicle communication unit communicating with surrounding vehicles via the wireless communication medium to transmit and receive information; an opening/closing control unit detecting an opened or closed state of an interior of a vehicle; and an incorrect delivery determination unit notifying a parcel reception time as a time zone of a predetermined length including a scheduled delivery date and time, when the scheduled delivery date and time is set, to surrounding vehicles not being at a delivery destination, determining whether or not incorrect delivery occurs based on an opened or closed state of an interior of the vehicle not being at the delivery destination during the parcel reception time, and notifying to a delivery person, that the incorrect delivery occurs, when it is determined that the incorrect delivery occurs. a communication unit communicating with another device via a wireless communication medium to transmit and receive information; an inter-vehicle communication unit communicating with surrounding vehicles via the wireless communication medium to transmit and receive information; an opening/closing control unit detecting an opened or closed state of an interior of a vehicle; and an incorrect delivery determination unit notifying a parcel reception time as a time zone of a predetermined length including a scheduled delivery date and time, when the scheduled delivery date and time is set, to surrounding vehicles not being at a delivery destination, determining whether or not incorrect delivery occurs based on an opened or closed state of an interior of the vehicle not being at the delivery destination during the parcel reception time, and notifying to a delivery person, that the incorrect delivery occurs, when it is determined that the incorrect delivery occurs.
A carousel of a device for moulding and/or filling containers from preforms, having an axis of rotation and having processing stations (3, 3 a, 3b) for receiving preforms or containers, said processing stations (3, 3a, 3b) rotating about the axis of rotation, wherein the processing stations (3, 3a, 3b) move about the axis of rotation on a closed path, wherein the distance of the path from the axis of rotation differs subject to the position on the path and the radius of curvature of the path is, in at least one section (12, 112, 212), larger than the largest distance of the path from the axis of rotation, characterised in that - the path has the shape of the perimeter of a curve of constant width. - the path has the shape of the perimeter of a curve of constant width.
A shoe, comprising: an upper configured to receive therein a foot of a wearer of the shoe, the upper comprising a closure and a tongue configured to cover a top portion of the foot; a front sole portion attached to a front portion of a bottom surface of the upper, the front sole portion comprising a front midsole made from a first material, a front outsole made from a second material that is more rigid than the first material, and a front midsole reinforcement structure made from a third material that is more rigid than the first material, the front midsole being at least partially contained by the front midsole reinforcement structure and the front outsole; a heel sole portion attached to a heel portion of the bottom surface of the upper, the heel sole portion comprising a heel midsole made from the first material, a heel outsole made from the second material, and a heel midsole reinforcement structure made from the third material, the heel midsole being at least partially contained by the heel midsole reinforcement structure and the heel outsole; wherein at least one support wire wraps around a middle portion of the bottom surface of the upper, wherein the middle portion is located between the front and heel portions; and a torsion control bridge connecting the front and heel sole portions, characterised in that a window is formed between the torsion control bridge and a portion of the bottom surface of the upper located between the front and heel sole portions. an upper configured to receive therein a foot of a wearer of the shoe, the upper comprising a closure and a tongue configured to cover a top portion of the foot; a front sole portion attached to a front portion of a bottom surface of the upper, the front sole portion comprising a front midsole made from a first material, a front outsole made from a second material that is more rigid than the first material, and a front midsole reinforcement structure made from a third material that is more rigid than the first material, the front midsole being at least partially contained by the front midsole reinforcement structure and the front outsole; a heel sole portion attached to a heel portion of the bottom surface of the upper, the heel sole portion comprising a heel midsole made from the first material, a heel outsole made from the second material, and a heel midsole reinforcement structure made from the third material, the heel midsole being at least partially contained by the heel midsole reinforcement structure and the heel outsole; wherein at least one support wire wraps around a middle portion of the bottom surface of the upper, wherein the middle portion is located between the front and heel portions; and a torsion control bridge connecting the front and heel sole portions, characterised in that a window is formed between the torsion control bridge and a portion of the bottom surface of the upper located between the front and heel sole portions.
A light emitting diode display apparatus, comprising: a pixel disposed on a substrate and configured to display an image, wherein the pixel includes: a first light emitting portion connected to a first gate line (GLa) disposed in a first direction, a data line disposed in a second direction perpendicular to the first direction, and a first driving power line parallel to the data line; a second light emitting portion connected to the data line, the first driving power line, and a second gate line (GLb) parallel to the first gate line (GLa); and a common connection pattern connecting the first light emitting portion and the second light emitting portion in common, wherein the first light emitting portion includes a first light emitting device including a anode terminal and a cathode terminal, wherein the second light emitting portion includes a second light emitting device including a anode terminal and a cathode terminal, wherein the cathode terminal of the first light emitting device and the second light emitting device are connected to the common connection pattern, characterised in that the pixel further includes a third light emitting portion connected between a second driving power line and the common connection pattern, wherein at least a portion of the common connection pattern overlaps with the second driving power line, wherein the third light emitting portion includes a third light emitting device including an anode terminal and a cathode terminal, and wherein the anode terminal of the third light emitting device is connected to the common connection pattern. a first light emitting portion connected to a first gate line (GLa) disposed in a first direction, a data line disposed in a second direction perpendicular to the first direction, and a first driving power line parallel to the data line; a second light emitting portion connected to the data line, the first driving power line, and a second gate line (GLb) parallel to the first gate line (GLa); and a common connection pattern connecting the first light emitting portion and the second light emitting portion in common, wherein the first light emitting portion includes a first light emitting device including a anode terminal and a cathode terminal, wherein the second light emitting portion includes a second light emitting device including a anode terminal and a cathode terminal, wherein the cathode terminal of the first light emitting device and the second light emitting device are connected to the common connection pattern, characterised in that the pixel further includes a third light emitting portion connected between a second driving power line and the common connection pattern, wherein at least a portion of the common connection pattern overlaps with the second driving power line, wherein the third light emitting portion includes a third light emitting device including an anode terminal and a cathode terminal, and wherein the anode terminal of the third light emitting device is connected to the common connection pattern.
Method for securely loading data into a secure host processor of a near field communication type system (Chipset), characterized in that it comprises steps consisting in: - generating a secret datum (SSK, PIN); - determining a destination NFC system (Chipset) for the secret datum from a user identifier, the NFC system including an NFC interface circuit (CLINT) for transmitting and receiving data; - transmitting the secret datum to a first host processor of the destination NFC system, via a first link established depending on the user identifier or via the user; - encrypting data (APP, DATA) to be loaded into the first host processor using a public key of the first host processor; - transmitting the encrypted data to the first host processor via a second link that is independent of the first and that is established depending on the user identifier or via the user; and - decrypting, with the first host processor, the encrypted data using a private key corresponding to the public key of the first host processor, either one of the steps of transmitting and decrypting the encrypted data not being carried out if the secret datum (SSK, PIN1) received by the first host processor does not correspond to the generated secret datum (SSK, PIN). - generating a secret datum (SSK, PIN); - determining a destination NFC system (Chipset) for the secret datum from a user identifier, the NFC system including an NFC interface circuit (CLINT) for transmitting and receiving data; - transmitting the secret datum to a first host processor of the destination NFC system, via a first link established depending on the user identifier or via the user; - encrypting data (APP, DATA) to be loaded into the first host processor using a public key of the first host processor; - transmitting the encrypted data to the first host processor via a second link that is independent of the first and that is established depending on the user identifier or via the user; and - decrypting, with the first host processor, the encrypted data using a private key corresponding to the public key of the first host processor, either one of the steps of transmitting and decrypting the encrypted data not being carried out if the secret datum (SSK, PIN1) received by the first host processor does not correspond to the generated secret datum (SSK, PIN).