mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic resonance signal detection module configured to be used in a vacuum container to be inserted in a static magnetic field generator and arranged to detect a magnetic resonance signal from a sample, comprising: an insulator block having a coil mounting section , the coil mounting section having a detection hole into which a sample container can be inserted; a low-frequency nuclide coil provided on an inner surface of the detection hole; and a high-frequency nuclide coil embedded in the coil mounting section in such a way as to surround the low-frequency nuclide coil, wherein the high-frequency nuclide coil includes a Helmholtz coil including a pair of saddle coils , and a tuning capacitor connecting the pair of saddle coils , wherein the pair of saddle coils is provided in such a way as to sandwich the low-frequency nuclide coil, and wherein a conductor of the low-frequency nuclide coil and a conductor of the Helmholtz coil have a ribbon-like shape, and a flatwise face of a ribbon forming the conductor of the low-frequency nuclide coil and an edgewise face of a ribbon forming the conductor of the Helmholtz coil face each other. an insulator block having a coil mounting section , the coil mounting section having a detection hole into which a sample container can be inserted; a low-frequency nuclide coil provided on an inner surface of the detection hole; and a high-frequency nuclide coil embedded in the coil mounting section in such a way as to surround the low-frequency nuclide coil, wherein the high-frequency nuclide coil includes a Helmholtz coil including a pair of saddle coils , and a tuning capacitor connecting the pair of saddle coils , wherein the pair of saddle coils is provided in such a way as to sandwich the low-frequency nuclide coil, and wherein a conductor of the low-frequency nuclide coil and a conductor of the Helmholtz coil have a ribbon-like shape, and a flatwise face of a ribbon forming the conductor of the low-frequency nuclide coil and an edgewise face of a ribbon forming the conductor of the Helmholtz coil face each other.
Liquid filter module having a filter device and a heat exchanger coupled thereto via an intermediate piece , wherein at least one liquid channel and a receiving channel crossing the latter are provided in the intermediate piece for receiving an installation part , wherein the installation part is designed as a closure element or as a valve (7"), characterised in that a channel crossing the receiving channel is provided in which channel a securing element is arranged which fixes the installation part and in that the heat exchanger has a base plate with a through opening arranged on an edge which through opening is flush with the channel when the liquid filter module is mounted.
A method for limiting user access to suspicious objects of a social network service , wherein the method comprises: retrieving a social graph for a first user profile in a social network service , wherein the social graph comprises a plurality of objects to which the first user profile is linked; identifying one or more clusters of objects in the social graph; determining , for each identified cluster, a first object that is linked to at least a threshold number of peer objects in the respective cluster; responsive to determining that the first object is forbidden according to a database of forbidden objects , determining that the peer objects of the respective cluster are suspicious based on social links between the first object and the peer objects and on a further basis of a determination that the peer objects belong to a cluster in which the majority of the objects of that cluster are linked to forbidden objects; and limiting access of the first user profile to the first object and the peer objects determined to be suspicious in the social network service. retrieving a social graph for a first user profile in a social network service , wherein the social graph comprises a plurality of objects to which the first user profile is linked; identifying one or more clusters of objects in the social graph; determining , for each identified cluster, a first object that is linked to at least a threshold number of peer objects in the respective cluster; responsive to determining that the first object is forbidden according to a database of forbidden objects , determining that the peer objects of the respective cluster are suspicious based on social links between the first object and the peer objects and on a further basis of a determination that the peer objects belong to a cluster in which the majority of the objects of that cluster are linked to forbidden objects; and limiting access of the first user profile to the first object and the peer objects determined to be suspicious in the social network service.
A drug delivery device comprising: - a case adapted to hold a medicament container , - a plunger disposed within the case and slidable from a proximal position into a distal position for delivering a medicament (M) from the medicament container , - an audible indicator that is arranged within a case pocket (2.2.2) lateral to the plunger and that is in operative connection with the plunger , the audible indicator comprises at least one indicator spring (12.1) and at least one locking element (12.2), wherein the indicator spring (12.1) is biased by the locking element (12.2), and the indicator spring (12.1) relaxes due to a release of the locking element (12.2) by a movement of the plunger , wherein the drug delivery device is an autoinjector. - a case adapted to hold a medicament container , - a plunger disposed within the case and slidable from a proximal position into a distal position for delivering a medicament (M) from the medicament container , - an audible indicator that is arranged within a case pocket (2.2.2) lateral to the plunger and that is in operative connection with the plunger , the audible indicator comprises at least one indicator spring (12.1) and at least one locking element (12.2), wherein the indicator spring (12.1) is biased by the locking element (12.2), and the indicator spring (12.1) relaxes due to a release of the locking element (12.2) by a movement of the plunger , wherein the drug delivery device is an autoinjector. the indicator spring (12.1) is biased by the locking element (12.2), and the indicator spring (12.1) relaxes due to a release of the locking element (12.2) by a movement of the plunger , wherein the drug delivery device is an autoinjector.
A door latch device for a vehicle configured to maintain a door in a closed state such that an engagement portion configured to be provided within the door is engaged with an engaged portion configured to be provided at a vehicle body, the door latch device for the vehicle comprising: a main body containing the engagement portion and configured to be fixed inside the door ; a lever member configured to be driven in accordance with an operation of a door handle , the lever member being configured to release engagement between the engaged portion and the engagement portion ; a transmission cable including an outer casing and an inner cable , the inner cable being provided within the outer casing and having a distal end portion that is exposed from the outer casing and that is connected to the lever member , the transmission cable being configured to drive the lever member by transmitting an operation force applied from the door handle to the lever member ; a cover member in which at least an upper portion of the cover member is attached to the main body to cover the inner cable exposed from the outer casing ; and a seal member sealing at least the upper portion of the attachment portion between the cover member and the main body , characterized in that the seal member corresponds to a double-sided adhesive tape adhering the attachment portion between the cover member and the main body . a main body containing the engagement portion and configured to be fixed inside the door ; a lever member configured to be driven in accordance with an operation of a door handle , the lever member being configured to release engagement between the engaged portion and the engagement portion ; a transmission cable including an outer casing and an inner cable , the inner cable being provided within the outer casing and having a distal end portion that is exposed from the outer casing and that is connected to the lever member , the transmission cable being configured to drive the lever member by transmitting an operation force applied from the door handle to the lever member ; a cover member in which at least an upper portion of the cover member is attached to the main body to cover the inner cable exposed from the outer casing ; and a seal member sealing at least the upper portion of the attachment portion between the cover member and the main body , characterized in that the seal member corresponds to a double-sided adhesive tape adhering the attachment portion between the cover member and the main body .
Orthosis adapted for cryotherapy and/or pressotherapy treatment of an area of a human or animal body comprising: -a first envelope adapted for cryotherapy treatment, which first envelope comprises a hydraulic pocket adapted to receive a liquid, - a second envelope adapted for pressotherapy treatment with pumping effect, which second envelope comprises a single inflatable pocket, and characterized in that it comprises: - a third envelope suitable for pressotherapy treatment with drainage effect, which third envelope comprises several independent inflatable pockets . - a second envelope adapted for pressotherapy treatment with pumping effect, which second envelope comprises a single inflatable pocket, - a third envelope suitable for pressotherapy treatment with drainage effect, which third envelope comprises several independent inflatable pockets .
Control unit for a reversing assistance system of a vehicle ; wherein the control unit is configured - to take reference data in regard to a first forward travel of the vehicle as a basis for ascertaining a reversing trajectory for a reverse travel from an end position to an initial position ; - to control a steering apparatus of the vehicle during the reverse travel of the vehicle on the basis of the reversing trajectory ; wherein during the reverse travel, the longitudinal guidance of the vehicle is effected at least at times by a driver of the vehicle ; - to detect that the vehicle leaves the reversing trajectory on the reverse travel; and - to react thereto by prompting the vehicle to be driven, in a second forward travel, to a reversing position that allows the vehicle to be driven along at least one section of the reversing trajectory again to the initial position . - to take reference data in regard to a first forward travel of the vehicle as a basis for ascertaining a reversing trajectory for a reverse travel from an end position to an initial position ; - to control a steering apparatus of the vehicle during the reverse travel of the vehicle on the basis of the reversing trajectory ; wherein during the reverse travel, the longitudinal guidance of the vehicle is effected at least at times by a driver of the vehicle ; - to detect that the vehicle leaves the reversing trajectory on the reverse travel; and - to react thereto by prompting the vehicle to be driven, in a second forward travel, to a reversing position that allows the vehicle to be driven along at least one section of the reversing trajectory again to the initial position .
Plants of the species Epilobium parviflorum and/or parts of these plants and/or extracts of these plants or compositions thereof for use in the prevention and/or treatment of a Candida infection.
Decor paper or foil for application to panel shaped substrates, wherein said decor paper or foil comprises a base layer , an inkjet receiving surface , and a digitally printed pattern obtained via printing with a single-pass printer having one or more inkjet heads, wherein such inkjet head comprises a plurality of nozzles for firing ink droplets, each droplet forming an ink dot , wherein said digitally printed pattern includes a matrix of a plurality, preferably at least 200, printed ink dots per inch, wherein said digitally printed pattern comprises areas wherein said matrix is corrected on a nozzle level characterized in that said correction or adaptation at least comprises the modification of the dot size of one or more of the printed dots comprised in said matrix
Cleaning device for the dry cleaning of a tunnel, comprising a) a feeding device for feeding a flow of air to a surface being cleaned, wherein the feeding device has an exit opening, through which the flow of air emerges from the feeding device b) a removal device comprising at least one removal pipe with a free end with an opening for suctioning away dirt or trash from the surface with the opening of the free end in a first direction, characterized in that the feeding device is arranged such that the flow of air from the exit opening emerges from the feeding device in a second direction toward the opening of the free end of the removal pipe and impinges on the surface, the first direction being oriented at an angle between 45° and 80° to the second direction, wherein the removal device comprises several removal pipes, arranged next to each other in a row, for the suctioning, each having a free end with an opening in the first direction, and the removal pipes comprise an end element at an end of the removal pipe directed toward the surface being cleaned, wherein the end element of a first removal pipe of the several removal pipes is movable relative to a second removal pipe of the several removal pipes , characterized in that the end element is movable relative to the feeding device . a) a feeding device for feeding a flow of air to a surface being cleaned, wherein the feeding device has an exit opening, through which the flow of air emerges from the feeding device b) a removal device comprising at least one removal pipe with a free end with an opening for suctioning away dirt or trash from the surface with the opening of the free end in a first direction, characterized in that the feeding device is arranged such that the flow of air from the exit opening emerges from the feeding device in a second direction toward the opening of the free end of the removal pipe and impinges on the surface, the first direction being oriented at an angle between 45° and 80° to the second direction, wherein the removal device comprises several removal pipes, arranged next to each other in a row, for the suctioning, each having a free end with an opening in the first direction, and the removal pipes comprise an end element at an end of the removal pipe directed toward the surface being cleaned, wherein the end element of a first removal pipe of the several removal pipes is movable relative to a second removal pipe of the several removal pipes , characterized in that the end element is movable relative to the feeding device .
The combination of a sensor assembly and a shock tube , wherein the sensor assembly is configured for actuating an electronic detonator in response to a shock tube event propagated through the shock tube, the combination being characterized in that the sensor assembly includes a cylindrical support , a plurality of sensors arranged circumferentially and distributed in an axial direction on an inner surface of the cylindrical support and a screen over the sensors, the support being configured to define an interior , located at an end of the shock tube, into which a shock wave is propagated in an axial direction.
Electrical contact (300; 400; 500), comprising: - a contact part having a contact surface configured to be in contact with the surface of a support , and - a clip configured to receive a pin of an electrical component , so that the received pin extends along a main axis (A) parallel to an up/down direction, said clip comprising at least two jaws around the axis (A), which are configured to laterally grip the pin , each jaw having a fixed end and a free end, the contact part comprises a ring corresponding to a tongue having a curved shape so as to have the shape of a ring, at least one part of an edge of said ring forming said contact surface and being configured to bear on said support surface and to be connected by material fusion to an electrical track extending over the support , characterized in that , said ring being centered on the main axis (A), the fixed ends of the jaws are attached to an upper side of the ring , and said jaws are curved in order to pass through the ring and extend downward below the ring . - a contact part having a contact surface configured to be in contact with the surface of a support , and - a clip configured to receive a pin of an electrical component , so that the received pin extends along a main axis (A) parallel to an up/down direction, said clip comprising at least two jaws around the axis (A), which are configured to laterally grip the pin , each jaw having a fixed end and a free end,
Silane-treated forsterite microparticles, characterized in that the forsterite microparticles have a specific surface area of 5 to 100 m 2 /g, and 1 to 5 silyl groups are bound to 1 nm 2 of the surface area thereof.
A light emitting element mounting substrate , comprising: a metal plate ; an insulating layer ; and an electrode layer on which one or more light emitting elements are mountable, the metal plate , the insulating layer , and the electrode layer being stacked in this order, wherein the metal plate comprises a bottomed screw hole opened at a surface opposite to a surface in contact with the insulating layer , the bottomed screw hole having a depth (b) less than a thickness (a) of the metal plate , characterized in that a metal joint is disposed in a deepest portion of the bottomed screw hole of the metal plate , the metal joint having a hardness less than a hardness of the metal plate or a heat conductivity equal to or greater than a heat conductivity of the metal plate , or a metal joint is disposed in a deepest portion of the bottomed screw hole of the metal plate , the metal joint having a hardness less than a hardness of the metal plate and a heat conductivity equal to or greater than a heat conductivity of the metal plate . a metal plate ; an insulating layer ; and an electrode layer on which one or more light emitting elements are mountable, the metal plate , the insulating layer , and the electrode layer being stacked in this order, wherein the metal plate comprises a bottomed screw hole opened at a surface opposite to a surface in contact with the insulating layer , the bottomed screw hole having a depth (b) less than a thickness (a) of the metal plate , characterized in that a metal joint is disposed in a deepest portion of the bottomed screw hole of the metal plate , the metal joint having a hardness less than a hardness of the metal plate or a heat conductivity equal to or greater than a heat conductivity of the metal plate , or a metal joint is disposed in a deepest portion of the bottomed screw hole of the metal plate , the metal joint having a hardness less than a hardness of the metal plate and a heat conductivity equal to or greater than a heat conductivity of the metal plate .
A jar , in particular for a cosmetic product , comprising a base configured to contain said product, a lid configured to be screwed reversibly onto said base along a screwing axis (V), said jar further comprising an intermediate piece ensuring a pivotal mounting of said lid on said base along an axis (P) transverse to the screwing axis (V), said lid comprising at least a first lateral skirt , called the first interface wall, positioned opposite a lateral ring of said intermediate piece , called the second interface wall , one of the interface walls being provided with at least one helical groove wherein a counterpart formed on the other of the interface walls engages by sliding between a lower position and an upper position enabling pivoting.
A front-haul transport network, FTN, characterized by comprising: an access-type front-haul transport node, FTN-ACC , configured to be connected to a remote radio unit, RRU, wherein the FTN-ACC is a node separate from the RRU; and an aggregation-type front-haul transport node, FTN-AGG , having one end connected to the FTN-ACC and the other end connected to a base band unit, BBU, pool, wherein the FTN-AGG is a node separate from the BBU pool; wherein at least two types of transmission channels with different transmission delays are established between the FTN-ACC and the FTN-AGG ; and at least one of the FTN-ACC or the FTN-AGG is configured to select a corresponding transmission channel for transmission according to a delay requirement of data. an access-type front-haul transport node, FTN-ACC , configured to be connected to a remote radio unit, RRU, wherein the FTN-ACC is a node separate from the RRU; and an aggregation-type front-haul transport node, FTN-AGG , having one end connected to the FTN-ACC and the other end connected to a base band unit, BBU, pool, wherein the FTN-AGG is a node separate from the BBU pool; wherein at least two types of transmission channels with different transmission delays are established between the FTN-ACC and the FTN-AGG ; and at least one of the FTN-ACC or the FTN-AGG is configured to select a corresponding transmission channel for transmission according to a delay requirement of data.
An un-manned aerial vehicle for aligning a first directive antenna in a direction D1 towards a second antenna , the aerial device comprising: a docking interface arranged to attach the aerial vehicle to a first alignment device of the first directive antenna , an alignment actuator arranged to mechanically interface with the alignment device and to actuate alignment of the first directive antenna based on an alignment control signal, and a control unit configured to generate the alignment control signal. a docking interface arranged to attach the aerial vehicle to a first alignment device of the first directive antenna , an alignment actuator arranged to mechanically interface with the alignment device and to actuate alignment of the first directive antenna based on an alignment control signal, and a control unit configured to generate the alignment control signal.
Assembly for adding at least one functionality to an electrical load , the assembly comprising: - a control module adapted for adding a functionality to the electrical load , the control module comprising a first switch provided between the electrical load and a branch point (A), the branch point (A) being intended for connecting with a set of power supply lines for providing power supply to the control module and the electrical load ; - a power supply restoration module configured to restore the power supply of the control module in the event of a power supply interruption as a result of a switching operation of a user-operated switch in the set of power supply lines towards the electrical load ; and - a control circuit configured to detect a power supply interruption in the set of power supply lines , characterized in that the power supply restoration module comprises a second switch provided in the set of power supply lines and that the control circuit is adapted to, upon detecting a power supply interruption as a result of the switching operation of the user-operated switch, switch the first switch off; and to, after switching the first switch off, switch the second switch. - a control module adapted for adding a functionality to the electrical load , the control module comprising a first switch provided between the electrical load and a branch point (A), the branch point (A) being intended for connecting with a set of power supply lines for providing power supply to the control module and the electrical load ; - a power supply restoration module configured to restore - a control circuit configured to detect a power supply interruption in the set of power supply lines ,