mhurhangee/ep-ind-claims huggingface dataset:
Goggle-like mobile apparatus for recording images of a pupil of a person suitable for self-monitoring and deriving information on autonomic nerve disorders or ocular disorders of said person, said apparatus comprising - illumination means for illuminating at least one eye of the person; - stimulation means for stimulating at least one eye of the person with a light stimulus to trigger a pupillary light reflex; and - recording means for recording images of at least one eye at least during a predetermined time period following the stimulation of at least one eye, characterized by a light-tight housing for covering both eyes of the person including a separation wall for light-tight sealing one eye from the other. - illumination means for illuminating at least one eye of the person; - stimulation means for stimulating at least one eye of the person with a light stimulus to trigger a pupillary light reflex; and - recording means for recording images of at least one eye at least during a predetermined time period following the stimulation of at least one eye,
Apparatus designed to measure the level of a medium in a vessel, said apparatus comprising a plate, with a first side surface and a second side surface arranged opposite the first side surface; a level sensor arranged on the first side surface of the plate, which is designed to determine the level via a procedure to measure the transit time difference or a capacitive measuring procedure, an electronics unit, which is arranged on the second side surface of the plate and determines the level of the medium in the vessel on the basis of the measured data of the level sensor, a point level sensor designed to monitor a point level of the medium in the vessel, wherein the point level sensor is arranged on the first side surface of the plate, wherein the electronics unit is assigned to the level sensor and to the point level sensor, and wherein the electronics unit monitors the point level of the medium in the vessel on the basis of the measured data of the point level sensor. a plate, with a first side surface and a second side surface arranged opposite the first side surface; a level sensor arranged on the first side surface of the plate, which is designed to determine the level via a procedure to measure the transit time difference or a capacitive measuring procedure, an electronics unit, which is arranged on the second side surface of the plate and determines the level of the medium in the vessel on the basis of the measured data of the level sensor, a point level sensor designed to monitor a point level of the medium in the vessel, wherein the point level sensor is arranged on the first side surface of the plate, wherein the electronics unit is assigned to the level sensor and to the point level sensor, and wherein the electronics unit monitors the point level of the medium in the vessel on the basis of the measured data of the point level sensor.
A method for manufacturing a casket-like container comprising two mutually hinged semi-shells, the method comprising the following steps: arranging, for each semi-shell, a cardboard flat blank comprising a central portion, intended to form a bottom of the semi-shell, and a plurality of flaps (2, 21) foldably projecting from respective sides of said central portion, said flaps comprising a hinge-supporting flap, at least said hinge-supporting flap having an inner transversal folding line; forming in the at least one hinge-supporting flap at least one slot in correspondence with, and along, the transversal folding line, said slot comprising a central cutout that extends over at least the part of the flap towards the free end; folding said blank so as to form with said flaps respective side walls of each semi-shell, the hinge-supporting flap defining a hinge edge provided with said at least one slot, as a result of a fold along said transversal folding line; mutually connecting the two semi-shells by inserting an elastic hinge device in the slots of the semi-shells and making the device integral therewith, in said connection step a certain amount of a gluing substance being distributed at least in said central cutouts of said slots.
A method of wireless charging in accordance with class types that are associated with different amounts of power, the method comprising: sending, by a processor of a power receiving unit, PRU,, a wireless charging request at a first class type to a power transmitting unit, PTU, for an amount of power from the PTU; receiving, by the processor, a charging fail notification from the PTU due to a mismatch in an amount of power available from the PTU and the amount of power requested in the wireless charging request; sending, by the processor, a wireless charging request to the PTU at a lower class type than the first class type that matches the amount of power available from the PTU; and charging, by the processor, with the amount of power available from the PTU; the method further comprising and characterized by: receiving, by the processor, a notification from the PTU that more power is available before expiry of a pre-defined period of time; and re-sending, by the processor, the wireless charging request at the first class type to the PTU, after the notification is received, to charge at the amount of power requested by the wireless charging request at the first class type. sending, by a processor of a power receiving unit, PRU,, a wireless charging request at a first class type to a power transmitting unit, PTU, for an amount of power from the PTU; receiving, by the processor, a charging fail notification from the PTU due to a mismatch in an amount of power available from the PTU and the amount of power requested in the wireless charging request; sending, by the processor, a wireless charging request to the PTU at a lower class type than the first class type that matches the amount of power available from the PTU; and charging, by the processor, with the amount of power available from the PTU; the method further comprising and characterized by: receiving, by the processor, a notification from the PTU that more power is available before expiry of a pre-defined period of time; and re-sending, by the processor, the wireless charging request at the first class type to the PTU, after the notification is received, to charge at the amount of power requested by the wireless charging request at the first class type. receiving, by the processor, a notification from the PTU that more power is available before expiry of a pre-defined period of time; and re-sending, by the processor, the wireless charging request at the first class type to the PTU, after the notification is received, to charge at the amount of power requested by the wireless charging request at the first class type.
A resource controller for resource management in a telecommunication network, the telecommunication network providing a first set of resources for cellular communication and a second set of resources for direct device-to-device communication between user equipment, the resource controller comprising: a measurement request unit being arranged to request a measurement be performed by at least one user equipment, UE, the measurement indicating a capacity utilization of the second set of resources; and a resource pool adaption unit being arranged to adapt the first set of resources and/or the second set of resources as a function of the performed measurement, characterized in that the resource controller is arranged on receipt of a bearer setup message from a first UE for the establishment of a connection to a second UE with an indication of missing resources for device-to-device communication to make a decision as to whether to reconfigure the second set of resources and inform the first UE accordingly in order that the first UE can establish a device-to-device communication or to perform a connection establishment. a measurement request unit being arranged to request a measurement be performed by at least one user equipment, UE, the measurement indicating a capacity utilization of the second set of resources; and a resource pool adaption unit being arranged to adapt the first set of resources and/or the second set of resources as a function of the performed measurement, characterized in that the resource controller is arranged on receipt of a bearer setup message from a first UE for the establishment of a connection to a second UE with an indication of missing resources for device-to-device communication to make a decision as to whether to reconfigure the second set of resources and inform the first UE accordingly in order that the first UE can establish a device-to-device communication or to perform a connection establishment.
A method of performing a cryptographic operation using a cryptographic white-box implementation in a cryptographic system, comprising: receiving, by the cryptographic system, an identifying string value; receiving, by the cryptographic system, an input message; characterized by performing, by the cryptographic system, a keyed cryptographic operation mapping the input message into an output message wherein the identifying string value is a parameter of a function (550, 650, 750) in the cryptographic white-box implementation and wherein the output message is the correct result when the identifying string value is one of a set of binding string values, wherein the set includes a plurality of binding string values, wherein the cryptographic white-box implementation includes a plurality of functions (550, 650, 750, 530, 630, 730) including a first function (550, 650, 750) and second function (530, 630, 730), and the method further comprises: encoding an output of the first function (550, 650, 750) based upon the identifying string value; and performing the second function (530, 630, 730) on the encoded output of the first function (550, 650, 750) wherein the second function (530, 630, 730) includes decoding the encoded output of the first function using the set of binding string values; or encoding an output of the first function (550, 650, 750) using the set of binding string values; and performing the second function (530, 630, 730) on the encoded output of the first function (550, 650, 750) wherein the second function (530, 630, 730) includes decoding the encoded output of the first function (550, 650, 750) based upon the identifying string value. receiving, by the cryptographic system, an identifying string value; receiving, by the cryptographic system, an input message; characterized by performing, by the cryptographic system, a keyed cryptographic operation mapping the input message into an output message wherein the identifying string value is a parameter of a function (550, 650, 750) in the cryptographic white-box implementation and wherein the output message is the correct result when the identifying string value is one of a set of binding string values, wherein the set includes a plurality of binding string values, encoding an output of the first function (550, 650, 750) based upon the identifying string value; and performing the second function (530, 630, 730) on the encoded output of the first function (550, 650, 750) wherein the second function (530, 630, 730) includes decoding the encoded output of the first function using the set of binding string values; encoding an output of the first function (550, 650, 750) using the set of binding string values; and performing the second function (530, 630, 730) on the encoded output of the first function (550, 650, 750) wherein the second function (530, 630, 730) includes decoding the encoded output of the first function (550, 650, 750) based upon the identifying string value.
A method of generating human antigen-specific T lymphocytes comprising the following steps: A) expression of at least one fusion protein comprising - at least one antigen or a fragment thereof, - an endoplasmatic reticulum - translocation signal sequence preceding the N-terminus of the antigen, and - a transmembrane and cytoplasmic domain comprising an endosomal/lysosomal targeting sequence following the C-terminus of the antigen, in antigen presenting cells; and B) exposing of a cell population comprising T lymphocytes to the antigen presenting cells of step A) in vitro in order to activate antigen-specific T lymphocytes specific for the antigen expressed by the antigen presenting cell; wherein the fusion protein comprises at least two different antigens or fragments thereof, wherein the fragment has a length of a least 9 amino acids. A) expression of at least one fusion protein comprising - at least one antigen or a fragment thereof, - an endoplasmatic reticulum - translocation signal sequence preceding the N-terminus of the antigen, and - a transmembrane and cytoplasmic domain comprising an endosomal/lysosomal targeting sequence following the C-terminus of the antigen, in antigen presenting cells; and - at least one antigen or a fragment thereof, - an endoplasmatic reticulum - translocation signal sequence preceding the N-terminus of the antigen, and - a transmembrane and cytoplasmic domain comprising an endosomal/lysosomal targeting sequence following the C-terminus of the antigen, B) exposing of a cell population comprising T lymphocytes to the antigen presenting cells of step A) in vitro in order to activate antigen-specific T lymphocytes specific for the antigen expressed by the antigen presenting cell;
A polynucleotide sequence encoding an amino acid sequence, wherein the amino acid sequence comprises a) the amino acid sequence for trastuzumab (Herceptin, CAS number 180288-69-1); b) a heavy chain signal peptide of SEQ ID NO: 1 fused to the heavy chain amino acid sequence of trastuzumab; and c) a light chain signal peptide of SEQ ID NO: 2 fused to the light chain amino acid sequence of trastuzumab. a) the amino acid sequence for trastuzumab (Herceptin, CAS number 180288-69-1); b) a heavy chain signal peptide of SEQ ID NO: 1 fused to the heavy chain amino acid sequence of trastuzumab; and c) a light chain signal peptide of SEQ ID NO: 2 fused to the light chain amino acid sequence of trastuzumab.
Adapter for use in a telecommunications network, such as an Ethernet network, whereby the adapter comprises: - at least one first connector for connecting at least one optic transceiver to said adapter, - at least one second connector for directly connecting said adapter to at least one power port, such as a power-over-Ethernet (PoE) port of a telecommunications network switch, such as an Ethernet switch, - first circuitry arranged to enable electric signals (e) to be transmitted between said at least one optic transceiver and said at least one power port, and - second circuitry arranged to enable power to be drawn from said at least one power port of said telecommunications network switch, to enable power to be supplied to said at least one optic transceiver, whereby the adapter is arranged to enable electric power and electric signals (e) to be transmitted simultaneously therethrough, characterized in that said at least one second connector is arranged to releasably directly connect said adapter to said at least one power port of a telecommunications network switch. - at least one first connector for connecting at least one optic transceiver to said adapter, - at least one second connector for directly connecting said adapter to at least one power port, such as a power-over-Ethernet (PoE) port of a telecommunications network switch, such as an Ethernet switch, - first circuitry arranged to enable electric signals (e) to be transmitted between said at least one optic transceiver and said at least one power port, and - second circuitry arranged to enable power to be drawn from said at least one power port of said telecommunications network switch, to enable power to be supplied to said at least one optic transceiver,
A frequency sharing method for a frequency sharing radio system including a plurality of systems that shares a frequency, the frequency sharing method comprising, upon establishment of a new system using a frequency that an existing system uses: receiving, by a receiving station of the existing system, a signal from a transmitting station of the existing system at a transmission frequency; transmitting, by the receiving station of the existing system, a beacon signal indicating a reception range of the receiving station at the transmission frequency; detecting, by a transmitting station of the new system, the beacon signal transmitted from the receiving station of the existing system; and judging, by the transmitting station of the new system, whether signal transmission is possible based on a result obtained at the detecting, characterised in that the beacon signal includes beacon information related to the existing system, the beacon information comprising modulation information, transmitting-power information and priority information and the transmitting station of the new system performing transmission control based on the beacon information, wherein the frequency sharing radio system includes a plurality of existing systems using their respective different frequency bands, the detecting includes detecting a beacon signal in each of the frequency bands, and the judging includes judging a transmission frequency of a beacon signal detected at the lowest power among the beacon signals transmitted by the receiving stations of the existing systems to be a frequency at which signal transmission is possible. receiving, by a receiving station of the existing system, a signal from a transmitting station of the existing system at a transmission frequency; transmitting, by the receiving station of the existing system, a beacon signal indicating a reception range of the receiving station at the transmission frequency; detecting, by a transmitting station of the new system, the beacon signal transmitted from the receiving station of the existing system; and judging, by the transmitting station of the new system, whether signal transmission is possible based on a result obtained at the detecting, characterised in that the beacon signal includes beacon information related to the existing system, the beacon information comprising modulation information, transmitting-power information and priority information and the transmitting station of the new system performing transmission control based on the beacon information, wherein the frequency sharing radio system includes a plurality of existing systems using their respective different frequency bands, the detecting includes detecting a beacon signal in each of the frequency bands, and the judging includes judging a transmission frequency of a beacon signal detected at the lowest power among the beacon signals transmitted by the receiving stations of the existing systems to be a frequency at which signal transmission is possible.
Helmet, especially full face helmet, comprising an outer shell, a lower opening in the outer shell, a closable visor, an air intake opening in the outer shell for breathing air, a receiving space adapted to receive an air filter element inside the shell, the air intake opening allowing air to flow from the outside of the outer shell to the receiving space, a clean side opening connecting the receiving space to the inside of the helmet for providing filtered air, and a removable air filter element, wherein the air filter element is positioned in the receiving space, characterized in that, the receiving space comprises an access opening to the lower side of the helmet for servicing the filter element.
An isolated polypeptide comprising an amino acid sequence with at least 80% identity with SEQ ID NO: 1 after optimal global alignment or a fragment thereof comprising an amino acid sequence with at least 80% identity with anyone of SEQ ID NOs: 2, 5 and 7 to 13 and 47 after optimal global alignment, for use as a medicament for the treatment and/or the prevention of skin inflammatory diseases.
Equipment for ultrasound imaging a plurality of cross-sectional areas (A1, A2, A3, A4, A5, A6, A7, A8) of a peripheral annular volume of an eye comprising: - a mechanic device (30, 40, 60, 87, 97) having a front surface (31, 41, 68, 88, 98) designed to be located close to a front surface of a cornea of the eye, and - a plurality of ultrasound emitting and receiving electronic devices (35, 45, 65, 85, 95) associated with said mechanic device (30, 40, 60, 87, 97), arranged in an annular manner so as to be distributed around the eye when said mechanic device (30, 40, 60, 87, 97) is located close to the front surface of the cornea of the eye, each of said electronic devices being directed toward a cross-sectional area (A1, A2, A3, A4, A5, A6, A7, A8) of the peripheral annular volume of the eye opposite to the device with respect to the eye axis; wherein said mechanic device (30, 40, 60, 87, 97) is designed to be stationary with respect to the eye; wherein said electronic devices (35, 45, 65, 85, 95) are designed to be stationary with respect to the eye. - a mechanic device (30, 40, 60, 87, 97) having a front surface (31, 41, 68, 88, 98) designed to be located close to a front surface of a cornea of the eye, and - a plurality of ultrasound emitting and receiving electronic devices (35, 45, 65, 85, 95) associated with said mechanic device (30, 40, 60, 87, 97), arranged in an annular manner so as to be distributed around the eye when said mechanic device (30, 40, 60, 87, 97) is located close to the front surface of the cornea of the eye, each of said electronic devices being directed toward a cross-sectional area (A1, A2, A3, A4, A5, A6, A7, A8) of the peripheral annular volume of the eye opposite to the device with respect to the eye axis;
A fiber-optic cable for connecting a plurality of routing nodes (128, 328, 425, 628) comprising: a cable input to receive an optical signal from a first routing node of the plurality of routing nodes; wherein the fiber-optic cable is characterized in that it further comprises: a plurality of optical taps (283, 592) arranged along the fiber-optic cable wherein each optical tap is configured to output a portion of the optical signal to each of the remaining routing nodes; and a plurality of wavelength filters (284, 584) to filter the divided optical signal from the optical taps, wherein the plurality of optical taps divide an optical power of the optical signal substantially equally among the remainder of the plurality of routing nodes. a plurality of optical taps (283, 592) arranged along the fiber-optic cable wherein each optical tap is configured to output a portion of the optical signal to each of the remaining routing nodes; and a plurality of wavelength filters (284, 584) to filter the divided optical signal from the optical taps, wherein the plurality of optical taps divide an optical power of the optical signal substantially equally among the remainder of the plurality of routing nodes.