mhurhangee/ep-ind-claims huggingface dataset:
Transport trolley for a demountable bed, said bed comprising a frame, a bed base comprising two sections (6, 7) assembled to one another in a removable manner, and a system for adjusting the height position of the bed base with respect to the frame, the transport trolley comprising a base structure mounted to pivot with respect to the frame from a use position of the bed wherein the frame is positioned parallel to the base structure, into a storage position of the bed wherein the frame is positioned at right angles to the base structure, characterised in that said transport trolley comprises at least one pair of pins (241, 242) arranged transversely on the base structure, the pins (38, 39, 40, 41) of the at least one pair of pins (241, 242) being positioned at right angles on the base structure, at least one of the sections (6, 7) of the bed base comprising, at one of the ends thereof, means for receiving the two pins (38, 39, 40, 41) positioned at right angles on the base structure so as to keep said section (6, 7) of the bed base connected at right angles to the base structure, parallel to the frame in the storage position, the base structure comprises means (30, 32, 33) for adjusting the spacing between the two pins (38, 39, 40, 41) of the at least one pair of pins (241, 242), so as to move said two pins apart into at least two connecting positions connecting to one of the two sections (6, 7) of the bed base, said at least two connecting positions being adapted to at least two widths of bed bases.
A padlock having a lock body and a shackle movable relative to the lock body between an open position and a closed position, wherein the lock body comprises a locking mechanism for locking the shackle in the closed position, characterized in that the padlock comprises a capacitive proximity sensor whose measuring electrode is formed by the shackle or a part thereof such that the electric capacity of the measuring electrode changes relative to the environment or a reference electrode when an object approaches.
A hot runner system comprising: a manifold, having a manifold channel for receiving material from a source, and the manifold channel extending between a manifold inlet and a manifold outlet; a cooled mold plate; a nozzle for delivering molding material to a mold cavity, the nozzle having a nozzle channel in fluid communication between the manifold channel and the mold cavity, and a valve pin seal at an upstream end of the nozzle; a valve pin slidably received in the valve pin seal, the valve pin extending through the manifold and the nozzle; an actuator connected to the valve pin for translating the valve pin between an open position and a closed position; and a thermal bridge in conductive thermal communication with the valve pin seal and the cooled mold plate; characterized in that the hot runner system further comprising another nozzle having another valve pin seal at an upstream end thereof, wherein the thermal bridge includes a proximal portion in conductive thermal communication with the valve pin seal, another proximal portion in conductive thermal communication with the another valve pin seal, and a distal portion distal in conductive thermal communication with the cooled mold plate. a manifold, having a manifold channel for receiving material from a source, and the manifold channel extending between a manifold inlet and a manifold outlet; a cooled mold plate; a nozzle for delivering molding material to a mold cavity, the nozzle having a nozzle channel in fluid communication between the manifold channel and the mold cavity, and a valve pin seal at an upstream end of the nozzle; a valve pin slidably received in the valve pin seal, the valve pin extending through the manifold and the nozzle; an actuator connected to the valve pin for translating the valve pin between an open position and a closed position; and a thermal bridge in conductive thermal communication with the valve pin seal and the cooled mold plate; characterized in that the hot runner system further comprising another nozzle having another valve pin seal at an upstream end thereof, wherein the thermal bridge includes a proximal portion in conductive thermal communication with the valve pin seal, another proximal portion in conductive thermal communication with the another valve pin seal, and a distal portion distal in conductive thermal communication with the cooled mold plate.
An automatic tuning reading device for communicating with a transponder comprising: a current monitor for monitoring the current received from a power supply; an antenna; an antenna driver; one or more capacitors; one or more switches for controlling the one or more capacitors; a processor with a memory component; and a signal coupling transformer adapted to extract a harmonic signal from an antenna signal retrieved from the antenna, and to output a phase characteristic of the harmonic signal to the processor; wherein the processor is adapted to store data related to such phase characteristic and data related to the monitored current in said memory, and further adapted to control the one or more switches for adjusting the one or more capacitors to automatically tune the antenna based on the stored data on the phase characteristic and the monitored current. a current monitor for monitoring the current received from a power supply; an antenna; an antenna driver; one or more capacitors; one or more switches for controlling the one or more capacitors; a processor with a memory component; and a signal coupling transformer adapted to extract a harmonic signal from an antenna signal retrieved from the antenna, and to output a phase characteristic of the harmonic signal to the processor; wherein the processor is adapted to store data related to such phase characteristic and data related to the monitored current in said memory, and further adapted to control the one or more switches for adjusting the one or more capacitors to automatically tune the antenna based on the stored data on the phase characteristic and the monitored current.
Method for inactivating viruses, characterized in that an immunogenic composition or vaccine containing at least one virus is irradiated with electron beams wherein the immunogenic composition or vaccine containing at least one virus is irradiated with an electron beam dose in the range from 15 to 110 kGy and the irradiation time is in the range from between 1 second and 100 seconds, and the electron beams are accelerated with an acceleration energy of between 150 keV and 700 keV, and the immunogenic composition or vaccine containing at least one virus (i) is liquid, in particular is a suspension, and (ii) contains at least one viral immunogen. (i) is liquid, in particular is a suspension, and (ii) contains at least one viral immunogen.
A data service connection establishing method for a single-card dual-standby terminal, wherein the single-card dual-standby terminal is a terminal having a capability of using one SIM, Subscriber Identity Module, card to simultaneously access two different access networks, the method comprising: initiating a data service connection request through a first network; determining whether the first network connection capability is sufficient and whether a resource is sufficient, that is, determining whether a current load situation of the first network can support the data service connection request and determining whether a type of a PS service requested by the single-card dual-standby terminal is supported by the first network; establishing, a data service connection bearer on the first network when a data service bearing capability of the general packet radio service GPRS of the first network can bear the data service connection request; and enabling a second network and establishing the data service connection bearer on the second network when the data service bearing capability of the GPRS of the first network cannot bear the data service connection request; wherein the first network is a global system of mobile communication GSM network, and the second network is a time division-synchronous code division multiple access TD-SCDMA network. initiating a data service connection request through a first network; determining whether the first network connection capability is sufficient and whether a resource is sufficient, that is, determining whether a current load situation of the first network can support the data service connection request and determining whether a type of a PS service requested by the single-card dual-standby terminal is supported by the first network; establishing, a data service connection bearer on the first network when a data service bearing capability of the general packet radio service GPRS of the first network can bear the data service connection request; and enabling a second network and establishing the data service connection bearer on the second network when the data service bearing capability of the GPRS of the first network cannot bear the data service connection request;
A method, comprising the steps of: receiving, by a device, a multicast packet that includes a packet header identifying one or more destination addresses; analyzing, by the device, the packet header to determine a line of next hops of a particular bit index forwarding table of a plurality of bit index forwarding tables to use for the multicast packet, wherein the analyzing comprises performing a hash function; identifying, by the device and based on the determined line of next hops, particular next hops for the multicast packet; and forwarding, by the device, the multicast packet to the particular next hops for forwarding to the one or more destination addresses, wherein packets from a same application flow of packets take the same path. receiving, by a device, a multicast packet that includes a packet header identifying one or more destination addresses; analyzing, by the device, the packet header to determine a line of next hops of a particular bit index forwarding table of a plurality of bit index forwarding tables to use for the multicast packet, wherein the analyzing comprises performing a hash function; identifying, by the device and based on the determined line of next hops, particular next hops for the multicast packet; and forwarding, by the device, the multicast packet to the particular next hops for forwarding to the one or more destination addresses, wherein packets from a same application flow of packets take the same path.
Host interface circuit to be implemented in a host device (HDEV) with a processing unit (HPROC), wherein the host device (HDEV) is a mobile communication device and/or a sound reproducing device, the host interface circuit suitable for coupling the host device (HDEV) to an accessory device (ADEV) via a data cable, the host interface circuit comprising a power regulator and a legacy terminal (MICS) and configured to - operate in a power mode of operation when connected to an accessory device (ADEV) being compatible with a power supply via a first line of the data cable; - to couple the power regulator to the first line when operating in the power mode; - to operate in a call mode of operation when connected to an accessory device (ADEV) being compatible with a power supply via the first line; - to couple the power regulator to the first line and the legacy terminal (MICS) to a second line of the data cable when operating in the call mode; - to operate in a legacy mode of operation when connected to an accessory device (ADEV) being not compatible with a power supply via the first line; and - to couple the legacy terminal (MICS) to the first line when operating in the legacy mode. - operate in a power mode of operation when connected to an accessory device (ADEV) being compatible with a power supply via a first line of the data cable; - to couple the power regulator to the first line when operating in the power mode; - to operate in a call mode of operation when connected to an accessory device (ADEV) being compatible with a power supply via the first line; - to couple the power regulator to the first line and the legacy terminal (MICS) to a second line of the data cable when operating in the call mode; - to operate in a legacy mode of operation when connected to an accessory device (ADEV) being not compatible with a power supply via the first line; and - to couple the legacy terminal (MICS) to the first line when operating in the legacy mode.
An energy-absorption system for installation between the bumper and transverse beam of a vehicle, wherein the energy absorption system consists of a front soft part that faces the bumper and acts as a soft component, and of a rear hard part that faces the transverse beam and acts as a hard component, the soft part and the hard part each extend over the entire width of the vehicle and both parts (3, 4) are interlocked, wherein the hard part consists of a support part, on the side of which that faces the soft part a multiplicity of individual segments are arranged lying at a distance (b) from each other, which protrude from the support part, characterized in that each segment extends vertically above the entire height of the energy-absorption system, and that the segments are designed triangularly in the transverse section, wherein a first transverse limb is arranged on the support part and/or is identical with the latter in a subarea and two distribution limbs (8, 9) extend emanating from this transverse limb in the direction towards the soft part.
A computer-implemented method for controlling a haptic feedback output to a user, the computer-implemented method comprising: receiving a user input; determining a current context of a device that is based on functionality being performed by the device and associated with the current context at a time of receiving the user input; determining whether the current context is appropriate or not appropriate to allow control of haptic feedback while the device is performing the functionality; displaying, based on the current context in which the device is currently operating, a haptic control user interface in response to the user input when the current context is determined to be appropriate to allow control of the haptic feedback; receiving an additional user input at the haptic control user interface; adjusting a haptic feedback parameter according to the additional user input received at the haptic control user interface, wherein the haptic feedback output to the user is adjusted based on the adjusted haptic feedback parameter; and preventing the haptic control user interface from being displayed in response to the user input when the current context is determined to not be appropriate to allow control of the haptic feedback while the device is performing the functionality. receiving a user input; determining a current context of a device that is based on functionality being performed by the device and associated with the current context at a time of receiving the user input; determining whether the current context is appropriate or not appropriate to allow control of haptic feedback while the device is performing the functionality; displaying, based on the current context in which the device is currently operating, a haptic control user interface in response to the user input when the current context is determined to be appropriate to allow control of the haptic feedback; receiving an additional user input at the haptic control user interface; adjusting a haptic feedback parameter according to the additional user input received at the haptic control user interface, wherein the haptic feedback output to the user is adjusted based on the adjusted haptic feedback parameter; and preventing the haptic control user interface from being displayed in response to the user input when the current context is determined to not be appropriate to allow control of the haptic feedback while the device is performing the functionality.
A measuring method for measuring characteristics of a specimen (2; 21; 22) to be measured by holding the specimen (2; 21; 22) on an aperture array structure having apertures, and by applying an electromagnetic wave to the aperture array structure, and detecting frequency characteristics of the electromagnetic wave reflected by the aperture array structure, wherein the measuring method includes the steps of attaching a liquid to at least a part of a first principal surface that is one of principal surfaces of the aperture array structure, and applying the electromagnetic wave from side including a second principal surface that is the other principal surface of the aperture array structure, the apertures of the aperture array structure have size not allowing the liquid to leak from the first principal surface side to the second principal surface side, and the liquid is attached to the first principal surface of the aperture array structure in a state opened to an atmosphere under air pressure and a place where the liquid is present is changed by characteristics of the specimen, wherein the specimen (2; 21; 22) is attached to at least a part of the first principal surface that is one of the principal surfaces of the aperture array structure, and the liquid is attached to a surface of the specimen (2; 21; 22), a degree of sinking of the liquid into the apertures of the aperture array structure being changed by characteristics of the specimen. wherein the measuring method includes the steps of attaching a liquid to at least a part of a first principal surface that is one of principal surfaces of the aperture array structure, and applying the electromagnetic wave from side including a second principal surface that is the other principal surface of the aperture array structure, the apertures of the aperture array structure have size not allowing the liquid to leak from the first principal surface side to the second principal surface side, and the liquid is attached to the first principal surface of the aperture array structure in a state opened to an atmosphere under air pressure and a place where the liquid is present is changed by characteristics of the specimen, wherein the specimen (2; 21; 22) is attached to at least a part of the first principal surface that is one of the principal surfaces of the aperture array structure, and the liquid is attached to a surface of the specimen (2; 21; 22), a degree of sinking of the liquid into the apertures of the aperture array structure being changed by characteristics of the specimen.
An end-effector assembly, comprising: opposing first and second jaw assemblies, at least one of the first and second assemblies is movable relative to the other from a first position wherein the jaw assemblies are disposed in spaced relation relative to one another to at least a second position closer to one another wherein the jaw assemblies cooperate to grasp tissue therebetween; the first jaw assembly including: a first housing; and a first electrically-conductive tissue-engaging structure associated with at least a portion of the first housing; the second jaw assembly including: a second housing; and a second electrically-conductive tissue-engaging structure associated with at least a portion of the second housing; and a dissector electrode coupled along at least a portion of a lateral side portion of either one of the first housing or the second housing, wherein the dissector electrode is electrically-isolated from the first and second electrically-conductive tissue-engaging structures, and characterised by said dissector electrode extending distally beyond the distal end of the housing. opposing first and second jaw assemblies, at least one of the first and second assemblies is movable relative to the other from a first position wherein the jaw assemblies are disposed in spaced relation relative to one another to at least a second position closer to one another wherein the jaw assemblies cooperate to grasp tissue therebetween; the first jaw assembly including: a first housing; and a first electrically-conductive tissue-engaging structure associated with at least a portion of the first housing; a first housing; and a first electrically-conductive tissue-engaging structure associated with at least a portion of the first housing; the second jaw assembly including: a second housing; and a second electrically-conductive tissue-engaging structure associated with at least a portion of the second housing; and a second housing; and a second electrically-conductive tissue-engaging structure associated with at least a portion of the second housing; and a dissector electrode coupled along at least a portion of a lateral side portion of either one of the first housing or the second housing, wherein the dissector electrode is electrically-isolated from the first and second electrically-conductive tissue-engaging structures, and characterised by said dissector electrode extending distally beyond the distal end of the housing.
Multipolar terminal board for wiring electric cables on connection bars comprising: - two parallel plates and, each provided with the same number of connection cages, (3.1 d, 3.2d, 3.3d, 3.4d, 3.1 s, 3.2s, 3.3s, 3.4s); - plastic insulators (4s, 4d) which are identical and specular to each other - metal terminal bars, provided with terminal connections for primary conductors, said terminal bars being configured to be inserted in said insulators (4as, 4d) to obtain connection bars whose ends are apt to be integrally connected to said connection cages provided on said parallel plates and, in order to constitute a unique body characterized in that said connecting bars in use an angularly offset with respect to each other along their longitudinal axes (α, β, γ, δ) while remaining parallel to each other in different planes. - two parallel plates and, each provided with the same number of connection cages, (3.1 d, 3.2d, 3.3d, 3.4d, 3.1 s, 3.2s, 3.3s, 3.4s); - plastic insulators (4s, 4d) which are identical and specular to each other - metal terminal bars, provided with terminal connections for primary conductors,