mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: causing at least one of a set of content items to be displayed in a first region of a display , one of the content items of the set being a selected content item ; causing at least one of the set of content items to be displayed in a second region of the display, the at least one of the set of content items displayed in the second region including the selected content item; in response to an input in relation to the second region, causing at least one other of the set of content items to be displayed in the second region and causing the selected content item to be removed from being displayed in the second region; in response to determining that the selected content item is not being displayed in the second region, causing an element associated with the selected content item to be displayed, wherein the element is displayed whenever the selected content item is not displayed in the second display region; and in response to a user selection of the displayed element, taking at least one action in relation to the selected content item, wherein the at least one action in relation to the selected content item comprises causing the selected content item to be displayed in the first and the second region if it is not already displayed therein. causing at least one of a set of content items to be displayed in a first region of a display , one of the content items of the set being a selected content item ; causing at least one of the set of content items to be displayed in a second region of the display, the at least one of the set of content items displayed in the second region including the selected content item; in response to an input in relation to the second region, causing at least one other of the set of content items to be displayed in the second region and causing the selected content item to be removed from being displayed in the second region; in response to determining that the selected content item is not being displayed in the second region, causing an element associated with the selected content item to be displayed, wherein the element is displayed whenever the selected content item is not displayed in the second display region; and in response to a user selection of the displayed element, taking at least one action in relation to the selected content item, wherein the at least one action in relation to the selected content item comprises causing the selected content item to be displayed in the first and the second region if it is not already displayed therein.
A heat insulation element for insulating building facades, in particular for heat insulation composite systems, composed of a heat insulating board and a reinforcement mesh , said reinforcement mesh is arranged as a component of an abutment placed in the area of a large surface of the heat insulating board and whereby the reinforcement mesh comprises a surface area which is smaller than the surface of the heat insulating board , characterized in that the reinforcement mesh is arranged at a distance to the surface of the heat insulating board and in that the reinforcement mesh can be penetrated by plugs.
A compound rotational interface and stepper assembly for performing a medical procedure, the assembly comprising: a stepper for holding an elongate medical instrument having a longitudinal axis, the stepper supporting linear, rotational or both linear and rotational motion of the medical instrument on its longitudinal axis; a compound rotational interface comprising a compound pinned parallelogram in a scissor arm arrangement bound by a first end coupled to a base and a second end coupled to a first rotational joint , the first rotational joint coupled to the stepper; the compound pinned parallelogram moveable from a first linear position to a second linear position and the first rotational joint moveable from a first angular position to a second angular position; and a linear direction defined by the compound pinned parallelogram substantially perpendicular to an axis of rotation defined by the first rotational joint. a stepper for holding an elongate medical instrument having a longitudinal axis, the stepper supporting linear, rotational or both linear and rotational motion of the medical instrument on its longitudinal axis; a compound rotational interface comprising a compound pinned parallelogram in a scissor arm arrangement bound by a first end coupled to a base and a second end coupled to a first rotational joint , the first rotational joint coupled to the stepper; the compound pinned parallelogram moveable from a first linear position to a second linear position and the first rotational joint moveable from a first angular position to a second angular position; and a linear direction defined by the compound pinned parallelogram substantially perpendicular to an axis of rotation defined by the first rotational joint.
An equipment enclosure for electromagnetically isolating an electronic device (13a-f, 130a-f, 413), the equipment enclosure comprising: a conductive housing ; and a plurality of conductive sheets , each sheet including an aperture , wherein the sheets are stacked in a spaced-apart relationship within the housing, thereby defining a plurality of electromagnetically-isolated cavities each within a respective Faraday cage formed by the conductive housing and the conductive sheets, and wherein the apertures form a channel (11, 210a/b, 417) that extends through the enclosure providing a route for connections between the cavities, characterised in that: first and second internal connectors (15, 150a-d, 415) pass through the channel in the enclosure for connecting at least two electro-magnetically isolated components, and wherein the first and second connectors provide different levels of shielding, and wherein the first connector connects components that require a first level of shielding and the second connector connects components that require a second, different level of shielding. a conductive housing ; and a plurality of conductive sheets , each sheet including an aperture , wherein the sheets are stacked in a spaced-apart relationship within the housing, thereby defining a plurality of electromagnetically-isolated cavities each within a respective Faraday cage formed by the conductive housing and the conductive sheets, and wherein the apertures form a channel (11, 210a/b, 417) that extends through the enclosure providing a route for connections between the cavities, first and second internal connectors (15, 150a-d, 415) pass through the channel in the enclosure for connecting at least two electro-magnetically isolated components, and wherein the first and second connectors provide different levels of shielding, and wherein the first connector connects components that require a first level of shielding and the second connector connects components that require a second, different level of shielding.
A rotor blade of a wind energy installation which rotor blade extends in a longitudinal direction (L) between a blade root and a blade tip and comprises a suction side , a pressure side , a leading edge and a trailing edge , wherein the rotor blade has, in a transition region close to the blade root , a blunt profile with an enlarged trailing edge and comprises a trailing edge surface extending in the transition region , wherein at least one air guide element is present on the trailing edge surface , characterised in that the air guide element is arranged to generate a lift in the direction of the suction side of the rotor blade when, while the wind energy installation is in operation, it is approached by a radial flow flowing at least approximately in the longitudinal direction (L) of the rotor blade along the trailing edge surface .
A medical device system comprising; a medical device , comprising a force transferring part , adapted to travel through an opening in the thoracic diaphragm and transfer force between the abdominal side of the thoracic diaphragm and the thoracic side of the thoracic diaphragm, a heart help device , and an operation device , wherein the force transferring part comprises a first and second portion , and wherein the first portion is adapted to be in connection with the operation device, the second portion is adapted to be in connection with the heart help device, and the force transferring part is adapted to transfer force from the operation device to the heart help device, and wherein the medical device further comprises a diaphragm contacting part adapted to be placed in contact with the thoracic diaphragm and thereby assist in the maintaining of the opening for allowing the force transferring part to pass through the thoracic diaphragm. a medical device , comprising a force transferring part , adapted to travel through an opening in the thoracic diaphragm and transfer force between the abdominal side of the thoracic diaphragm and the thoracic side of the thoracic diaphragm, a heart help device , and an operation device , wherein
A moveable T-divider comprising: a fixed portion configured to be disposed, in use, on an upper, interior surface of a double cart bay in an aircraft galley; a moveable portion configured to be disposed on the upper, interior surface of the double cart bay, the moveable portion deflectable from a stowed orientation to a removal orientation; and a pivot element pivotably connecting the moveable portion to the upper, interior surface at a point proximal to the fixed portion, wherein the moveable T-divider: is arranged to create a physical barrier to restrict lateral movement of one or more carts in the double cart bay when the moveable portion is in a stowed orientation; and is arranged to remove the physical barrier to allow the one or more carts to be removed from the double cart bay around an obstruction when in a removal orientation; and wherein the moveable T-divider further comprises a track disposed on the upper, interior surface of the double cart bay, the track defining a path of deflection of the moveable portion. a fixed portion configured to be disposed, in use, on an upper, interior surface of a double cart bay in an aircraft galley; a moveable portion configured to be disposed on the upper, interior surface of the double cart bay, the moveable portion deflectable from a stowed orientation to a removal orientation; and a pivot element pivotably connecting the moveable portion to the upper, interior surface at a point proximal to the fixed portion, wherein the moveable T-divider: is arranged to create a physical barrier to restrict lateral movement of one or more carts in the double cart bay when the moveable portion is in a stowed orientation; and is arranged to remove the physical barrier to allow the one or more carts to be removed from the double cart bay around an obstruction when in a removal orientation; and wherein the moveable T-divider further comprises a track disposed on the upper, interior surface of the double cart bay, the track defining a path of deflection of the moveable portion. is arranged to create a physical barrier to restrict lateral movement of one or more carts in the double cart bay when the moveable portion is in a stowed orientation; and is arranged to remove the physical barrier to allow the one or more carts to be removed from the double cart bay around an obstruction when in a removal orientation; and wherein the moveable T-divider further comprises a track disposed on the upper, interior surface of the double cart bay, the track defining a path of deflection of the moveable portion.
A power receiving connector , which can be placed in a vehicle as a vehicle-mounted feeding port and can be connected with two feeder wires to be used for power feeding, with a ground wire , and with a control wire configured to transmit a control signal to be used for power feeding control, comprising inside a housing of the power receiving connector : a plurality of connection terminals to be connected with the two feeder wires , the ground wire and the control wire ; and a plurality of internal wirings to be connected with the two feeder wires , the ground wire and the control wire via the connection terminals ; characterized by further comprising inside the housing : a wiring branch part provided at each of internal wiring to be connected with the ground wire and internal wiring to be connected with the control wire ; and a capacitor , which is interposed in one or both of a ground wire side branch line that branches from the wiring branch part at a ground wire side and a control wire side branch line that branches from the wiring branch part at a control wire side, configured to pass a signal of a band to be used for a communication signal, which is different from the control signal. a plurality of connection terminals to be connected with the two feeder wires , the ground wire and the control wire ; and a plurality of internal wirings to be connected with the two feeder wires , the ground wire and the control wire via the connection terminals ; characterized by further comprising inside the housing : a wiring branch part provided at each of internal wiring to be connected with the ground wire and internal wiring to be connected with the control wire ; and a capacitor , which is interposed in one or both of a ground wire side branch line that branches from the wiring branch part at a ground wire side and a control wire side branch line that branches from the wiring branch part at a control wire side, configured to pass a signal of a band to be used for a communication signal, which is different from the control signal. a wiring branch part provided at each of internal wiring to be connected with the ground wire and internal wiring to be connected with the control wire ; and a capacitor , which is interposed in one or both of a ground wire side branch line that branches from the wiring branch part at a ground wire side and a control wire side branch line that branches from the wiring branch part at a control wire side, configured to pass a signal of a band to be used for a communication signal, which is different from the control signal.
A method of searching for a refrigerant leak location in a refrigeration apparatus in which a refrigerant is charged and which includes a refrigeration circuit performing a refrigeration cycle, the method comprising: a first step of preparing the refrigeration circuit in which the refrigerant containing at least one of an odor component, a toxic component, and a fluorescent component is charged; characterized in that the method further comprises: a second step of causing detection means , which detects a particular component among the odor component, the toxic component, and the fluorescent component, the particular component being contained in the refrigerant, to run by itself along the refrigeration circuit and to specify the leak location, wherein the self-running of the detection means is stopped to halt at a location where the concentration of the leaked refrigerant is high, and a notification is issued by voice and/or by light at the halted position.
Lifting ring for the handling of a mould comprising: - A bracket forming a hanging loop creating a gateway through which a lifting element can be passed, - A screw fixing element to which the bracket is connected, the fixing elements presenting a first axis (Z) and the bracket being assembled in a mobile position compared with the fixing element , - And a temporary locking tool to link the bracket and the fixing element in rotation in a locked position and, in an unlocked position, to allow the bracket to move against said fixing element , Characterised in that the temporary locking tool comprises: • At least one element projecting towards the inside of the bracket in the region of the gateway following a perpendicular direction to said first axis (Z) • And at least one housing located inside a head comprised within said fixing element , said housing being capable of accommodating at least one projecting element and Characterised in that the bracket , - Is pivotally mounted on said fixing element around a second axis (Z2) which is perpendicular to said first axis (Z) and - Is mounted mobile in translation compared with said fixing element in parallel to said first axis (Z) to allow the insertion of said projecting element in said housing in a locked position and the release of said projecting element from said housing in an unlocked position. - A bracket forming a hanging loop creating a gateway through which a lifting element can be passed, - A screw fixing element to which the bracket is connected, the fixing elements presenting a first axis (Z) and the bracket being assembled in a mobile position compared with the fixing element , - And a temporary locking tool to link the bracket and the fixing element in rotation in a locked position and, in an unlocked position, to allow the bracket to move against said fixing element , • At least one element projecting towards the inside of the bracket in the region of the gateway following a perpendicular direction to said first axis (Z) • And at least one housing located inside a head comprised within said fixing element , said housing being capable of accommodating at least one projecting element and - Is pivotally mounted on said fixing element around a second axis (Z2) which is perpendicular to said first axis (Z) and - Is mounted mobile in translation compared with said fixing element in parallel to said first axis (Z) to allow the insertion of said projecting element in said housing in a locked position and the release of said projecting element from said housing in an unlocked position.
Aircraft seat mounting device with at least one carrier profile (10a, 12a; 10b, 12b; 10c, 12c; 10d), with at least one aircraft seat element (14a, 16a, 18a, 42a, 44a, 46a, 48a, 50a; 14b, 16b, 18, 42b; 14c, 16c, 18c, 42c) embodied as a seat divider or as a seat base, and with at least one intermediary element (20a, 22a, 24a, 26a, 28a, 30a, 32a, 34a; 36b, 38b, 40b, 96b; 36c, 40c; 20d) which encompasses the at least one carrier profile (10a, 12a; 10b, 12b; 10c, 12c; 10d) at least substantially and which is coupled with the at least one aircraft seat element (14a, 16a, 18a, 42a, 44a, 46a, 48a, 50a; 14b, 16b, 18, 42b; 14c, 16c, 18c, 42c), the intermediary element being fixated in an axial direction relative to the carrier profile which it is arranged on, wherein in a normal operation state the intermediary element (20a, 22a, 24a, 26a, 28a, 30a, 32a, 34a; 36b, 38b, 40b, 96b; 36c, 40c; 20d) is arranged in a rotationally fixed manner relative to the carrier profile (10a, 12a; 10b, 12b; 10c, 12c; 10d), wherein the intermediary element (20a, 22a, 24a, 26a, 28a, 30a, 32a, 34a; 36b, 38b, 40b, 96b; 36c, 40c; 20d) is secured against a rotation until a defined maximal load is reached, wherein at least in a case of crash/deformation, the intermediary element (20a, 22a, 24a, 26a, 28a, 30a, 32a, 34a; 36b, 38b, 40b, 96b; 36c, 40c; 20d) is arranged such that it is rotatable relative to the carrier profile (10a, 12a; 10b, 12b; 10c, 12c; 10d), as a result of which torsion loads on the carrier profile (10a, 12a; 10b, 12b; 10c, 12c; 10d) are prevented or minimized.
Method to authenticate two devices (D1,D2) to establish a secure channel (SC Ks ), one belonging to a first group (G1) of devices, the second belonging to a second group (G2) of devices, in a non-traceable manner without necessitating to share a secret between the two devices, each group (Gx) being authenticated by an authority (AUx) that stores a group secret key (Kx) into the devices (Dx) under its authority, said method being characterized in that it comprises the preliminary step of providing each device (Dx) from each group (Gx) with a set of authentication tokens (ATx'), one for each of other groups (Gx') with which the device (Dx) is intended to communicate, said authentication token (ATx') comprising at least a random number (Rx') and a cipher (Cx') of at least this random number (R') by the secret key (AKx') of each of these other groups (Gx'); said method further comprising the steps of, when two devices from different groups initiate a communication, for each (D1) of the both devices, - sending (S1) a group identifier (ID1) to the other device (D2), - receiving (S2) a group identifier (ID2) from the other device (D2), - selecting the authentication token stored for the other group, preparing and sending (S3) to the other device (D2) the corresponding cipher (C2) to the other device (D2), - receiving (S4) a cipher (C1) from the other device (D2), - decrypting (S5) the received cipher (C1) using the stored group secret key (AK1) to get the random number (R1), - deducing (S6) a session key (Ks) from the random number (R1), - establishing (S7) a secure channel (SC Ks ) using said session key (Ks), - generating (S8) a new authentication token (AT1) for its own group (D1) from a new random number (R1) using group secret key (AK1), - sending (S9) the new authentication token (AT1) to the other device (D2) over the established secure channel (SC Ks ), - receiving (S10), from the other device (D2) over the established secure channel (SC Ks ), a new authentication token (AT2) for the group (G2) of this other device (D2). - sending (S1) a group identifier (ID1) to the other device (D2), - receiving (S2) a group identifier (ID2) from the other device (D2), - selecting the authentication token stored for the other group, preparing and sending (S3) to the other device (D2) the corresponding cipher (C2) to the other device (D2), - receiving (S4) a cipher (C1) from the other device (D2), - decrypting (S5) the received cipher (C1) using the stored group secret key (AK1) to get the random number (R1), - deducing (S6) a session key (Ks) from the random number (R1), - establishing (S7) a secure channel (SC Ks ) using said session key (Ks), - generating (S8) a new authentication token (AT1) for its own group (D1) from a new random number (R1) using group secret key (AK1), - sending (S9) the new authentication token (AT1) to the other device (D2) over the established secure channel (SC Ks ), - receiving (S10), from the other device (D2) over the established secure channel (SC Ks ), a new authentication token (AT2) for the group (G2) of this other device (D2).