mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving data packets, comprising a number of sub-packets, on an automatic repeat request, ARQ, channel, the method comprising the steps of: receiving a current sub-packet, the current sub-packet having an assigned binary code for distinguishing between a redundant sub-packet of a current data packet and a new sub-packet of a new data packet; and sending an acknowledgement signal if a predetermined limit for sub-packet transmissions for the current data packet has been reached; and the assigned binary code for the current sub-packet is the same as a code for a previous sub-packet; or sending a negative acknowledgement signal if: the assigned binary code for the current sub-packet is not the same as a code for a previous sub-packet; and a predetermined limit for sub-packet transmissions for the current data packet has been reached. sending an acknowledgement signal if a predetermined limit for sub-packet transmissions for the current data packet has been reached; and the assigned binary code for the current sub-packet is the same as a code for a previous sub-packet; or sending a negative acknowledgement signal if: the assigned binary code for the current sub-packet is not the same as a code for a previous sub-packet; and a predetermined limit for sub-packet transmissions for the current data packet has been reached.
Radiofrequency transceiver device, comprising - a first and a second conductive wire element (4a, 4b), each including a first end, a second end and a central part; - a first, far-field transceiver chip having a first operating frequency range, a first characteristic impedance, and two longitudinal connection regions; a first segment (4a1, 4b1) of each wire element being secured to one and the other, respectively, of the longitudinal connection regions of the first chip; - a second, near-field transceiver chip having a second operating frequency range that is smaller than the first range, a second characteristic impedance, and two longitudinal connection regions; a second segment (4a2, 4b2) of each wire element being secured to one and the other, respectively, of the regions of the second chip; the first and second wire elements (4a, 4b) combining at the characteristic impedance of the second transceiver chip to form a coupling device associated with the first transceiver chip in the first frequency range, the second transceiver chip, in this first frequency range, being passive, its characteristic impedance being capacitive in nature, and constituting a short circuit; and combining at the characteristic impedance of the first transceiver chip to form a coupling device associated with the second transceiver chip in the second frequency range. - a first and a second conductive wire element (4a, 4b), each including a first end, a second end and a central part; - a first, far-field transceiver chip having a first operating frequency range, a first characteristic impedance, and two longitudinal connection regions; a first segment (4a1, 4b1) of each wire element being secured to one and the other, respectively, of the longitudinal connection regions of the first chip; - a second, near-field transceiver chip having a second operating frequency range that is smaller than the first range, a second characteristic impedance, and two longitudinal connection regions; a second segment (4a2, 4b2) of each wire element being secured to one and the other, respectively, of the regions of the second chip;
A door trim of a motor vehicle configured to cover a door located on one side of said vehicle, said door trim being characterized in that it comprises a luminous display panel connected to a camera located at the location of the lateral exterior mirror of the vehicle located on the same side of the vehicle as said door, said luminous display panel being able to display the image captured by said camera, and in that it further comprises a touchpad distinct from said luminous display panel, said touchpad being configured to point out elements on the image displayed by said luminous display panel.
A CO 2 recovery method including causing CO 2 -containing gas to come in contact with CO 2 -absorbing solution to produce CO 2 rich solution in an absorption tower, conveying the rich solution to a regeneration tower, and producing a lean solution from the rich solution by removing CO 2 from the rich solution in the regeneration tower, being characterized in that it comprises: compressing the CO 2 that is removed from the rich solution and discharged through a head of the regeneration tower, wherein heat is generated at the compressing; and supplying the heat generated at the compressing to the regeneration tower by heating a semi-lean solution that is an intermediate product produced from the rich solution before producing the lean solution, the supplying including extracting a part of the semi-lean solution from the regeneration tower; transferring the heat to the part; and returning the heated part to the regeneration tower. compressing the CO 2 that is removed from the rich solution and discharged through a head of the regeneration tower, wherein heat is generated at the compressing; and supplying the heat generated at the compressing to the regeneration tower by heating a semi-lean solution that is an intermediate product produced from the rich solution before producing the lean solution, the supplying including extracting a part of the semi-lean solution from the regeneration tower; transferring the heat to the part; and returning the heated part to the regeneration tower.
A system for accessing a subcapsular space of a renal capsule of a patient's kidney, the system comprising: a guidewire (302, 602, 1002) configured to be advanced to the position within the subcapsular space of the renal capsule of the patient's kidney from within the kidney; and a micro-catheter (308, 312, 608, 1004) comprising an elongated shaft having a distal region, a proximal region, and a lumen sized and shaped to receive the guidewire extending therebetween, the distal region of the micro-catheter sized and shaped to be disposed within the subcapsular space of the renal capsule of the patient's kidney for performing a diagnostic or therapeutic procedure, or both, within the subcapsular space. a guidewire (302, 602, 1002) configured to be advanced to the position within the subcapsular space of the renal capsule of the patient's kidney from within the kidney; and a micro-catheter (308, 312, 608, 1004) comprising an elongated shaft having a distal region, a proximal region, and a lumen sized and shaped to receive the guidewire extending therebetween, the distal region of the micro-catheter sized and shaped to be disposed within the subcapsular space of the renal capsule of the patient's kidney for performing a diagnostic or therapeutic procedure, or both, within the subcapsular space.
Method for emitting a message relating to a determined type of information to be exchanged between an aircraft and a ground base, characterised by the following steps: - reception by the aircraft of a data table defining for each predetermined type of messages a desired security level; - generation of a correspondence table on the basis of said data table received from the ground base by the aircraft; - emission of said correspondence table to the ground base; - determination of a security level associated with the determined type of information by means of said correspondence table; - emission of the message according to a protocol having the security level determined. - reception by the aircraft of a data table defining for each predetermined type of messages a desired security level; - generation of a correspondence table on the basis of said data table received from the ground base by the aircraft; - emission of said correspondence table to the ground base; - determination of a security level associated with the determined type of information by means of said correspondence table; - emission of the message according to a protocol having the security level determined.
An ice-making machine comprising: a housing having an inlet to receive a fluid from which ice is to be made and an outlet to permit the egress of ice from said housing; a heat exchanger having at least one heat exchange surface, a refrigerant inlet, a refrigerant outlet and at least one refrigerant passage interconnecting said refrigerant inlet and said refrigerant outlet to permit a flow of refrigerant through said heat exchanger to extract heat from fluid contacting said at least one heat exchange surface; at least one blade in contact with said at least one heat exchange surface and movable across said at least one heat exchange surface to remove cooled fluid therefrom; a drive (12b, 12c) moving said blade across said heat exchange surface; a sensor assembly detecting ice crystal formation on said heat exchange surface; and a processing device communicating with said sensor assembly, said processing device conditioning said ice-making machine to operate in a manner to allow the formed ice crystals to be removed from said heat exchange surface upon detection of ice crystal formation on said heat exchange surface characterized in that said sensor assembly senses a change in sound produced by said ice-making machine thereby to detect ice crystal formation on said heat exchange surface. a housing having an inlet to receive a fluid from which ice is to be made and an outlet to permit the egress of ice from said housing; a heat exchanger having at least one heat exchange surface, a refrigerant inlet, a refrigerant outlet and at least one refrigerant passage interconnecting said refrigerant inlet and said refrigerant outlet to permit a flow of refrigerant through said heat exchanger to extract heat from fluid contacting said at least one heat exchange surface; at least one blade in contact with said at least one heat exchange surface and movable across said at least one heat exchange surface to remove cooled fluid therefrom; a drive (12b, 12c) moving said blade across said heat exchange surface; a sensor assembly detecting ice crystal formation on said heat exchange surface; and a processing device communicating with said sensor assembly, said processing device conditioning said ice-making machine to operate in a manner to allow the formed ice crystals to be removed from said heat exchange surface upon detection of ice crystal formation on said heat exchange surface characterized in that said sensor assembly senses a change in sound produced by said ice-making machine thereby to detect ice crystal formation on said heat exchange surface.
A solar cell module comprising: a plurality of solar cells arranged in a first direction and each including a light-receiving surface on a light-receiving side, a rear surface on a rear side, and first and second electrodes (21, 22) on the rear surface thereof; a wiring member provided on the rear surface with respect to the solar cells and electrically connecting the first electrode of one of the solar cells adjacent to each other in the first direction to the second electrode of another one of the solar cells; and an adhesive layer bonding the wiring member to each of the solar cells, characterized in that the wiring member comprises a two-layer structure (31, 32) including a resin sheet and a conductive layer on the resin sheet such that the conductive layer is provided on a side of the solar cells with respect to the resin sheet of the wiring member, wherein the wiring member includes a first bonded portion having the two-layer structure bonded to the one solar cell via the adhesive layer, a second bonded portion having the two-layer structure bonded to the other solar cell via the adhesive layer, and a connection portion connecting the first bonded portion and the second bonded portion together, and an opening is provided in the conductive layer in the connection portion such that the opening is covered with the resin sheet. a plurality of solar cells arranged in a first direction and each including a light-receiving surface on a light-receiving side, a rear surface on a rear side, and first and second electrodes (21, 22) on the rear surface thereof; a wiring member provided on the rear surface with respect to the solar cells and electrically connecting the first electrode of one of the solar cells adjacent to each other in the first direction to the second electrode of another one of the solar cells; and an adhesive layer bonding the wiring member to each of the solar cells, a first bonded portion having the two-layer structure bonded to the one solar cell via the adhesive layer, a second bonded portion having the two-layer structure bonded to the other solar cell via the adhesive layer, and a connection portion connecting the first bonded portion and the second bonded portion together, and an opening is provided in the conductive layer in the connection portion such that the opening is covered with the resin sheet.
A method of superimposing a first image onto a second image, wherein each image is defined by a plurality of pixel, the method comprising: changing target pixels of the second image corresponding in position to pixels of the first image to be superimposed on the second image, where changingtarget pixels of the second image comprises changing (42, 44) the values of some of these target pixels of the second image to respective new values, each of which is based on the original value of at least one pixel of the second image, said method being characterized in that it comprises: setting a value of a target pixel of the second image to a value of the corresponding pixel of the first image if the difference in value between the pixel of the first image and corresponding said target pixel of the second image is more than a predetermined value, increasing or decreasing a value of the target pixel of the second image by a predetermined value if it is determined that the difference in value between the pixel of the first image and the corresponding pixel of the corresponding target pixel is less than a predetermined value. changing target pixels of the second image corresponding in position to pixels of the first image to be superimposed on the second image, where changingtarget pixels of the second image comprises changing (42, 44) the values of some of these target pixels of the second image to respective new values, each of which is based on the original value of at least one pixel of the second image, said method being characterized in that it comprises: setting a value of a target pixel of the second image to a value of the corresponding pixel of the first image if the difference in value between the pixel of the first image and corresponding said target pixel of the second image is more than a predetermined value, increasing or decreasing a value of the target pixel of the second image by a predetermined value if it is determined that the difference in value between the pixel of the first image and the corresponding pixel of the corresponding target pixel is less than a predetermined value. setting a value of a target pixel of the second image to a value of the corresponding pixel of the first image if the difference in value between the pixel of the first image and corresponding said target pixel of the second image is more than a predetermined value, increasing or decreasing a value of the target pixel of the second image by a predetermined value if it is determined that the difference in value between the pixel of the first image and the corresponding pixel of the corresponding target pixel is less than a predetermined value.
A height measuring apparatus comprising a main body portion adapted for placement upon an object to be measured, and a movable portion which is connected and movable relative to the main body portion, wherein the movable portion comprises a laser source and a photo detector, the movable portion being movable so that the laser source can be orientated at a range of different angles relative to the main body portion and that a laser beam from the laser source can be directed to the ground when the main body portion is placed on the object to be measured, characterised in that the main body portion is provided with at least one tri-axial accelerometer being configured to measure the angular orientation of the main body portion.
Timepiece comprising a frame, at least one driving wheel and at least one tourbillon mechanism, comprising: - a first cage rotatable around a first axis and on which are pivotally mounted a balance and an escapement mobile formed from an escapement wheel and an escapement pinion, - a second cage rotatable around a second axis and bearing said first cage, - a third cage rotatable around a third axis, said third cage bearing said first and second chasses (4, 8) and driving them kinematically, the second axis of the second cage being perpendicular to the third axis of the third cage, the first cage comprising a first arbor extending along the first axis, said first arbor being mounted pivotably on the second cage and secured to a first driving wheel of the first cage, a second fixed wheel being mounted secured on the third cage, said first driving wheel of the first cage being kinematically connected with said second fixed wheel, and an intermediate gear train being mounted pivotably on the second cage, said intermediate gear train kinematically connecting the second fixed wheel to the first driving wheel of the first cage, characterized in that the first axis of the first cage forms a constant angle comprised between 60° and 85° with the second axis of the second cage. - a first cage rotatable around a first axis and on which are pivotally mounted a balance and an escapement mobile formed from an escapement wheel and an escapement pinion, - a second cage rotatable around a second axis and bearing said first cage, - a third cage rotatable around a third axis, said third cage bearing said first and second chasses (4, 8) and driving them kinematically,
A method comprising: receiving, by a communication device during a contactless interaction with an access device, an anti-collision command; in response to the anti-collision command, transmitting, by the communication device to the access device, interoperability level data comprising a unique identifier, UID, or a pseudo unique PICC identifier, PUPI; generating, by the communication device during the interaction with the access device, a cryptogram using transaction level data and the interoperability level data, wherein the transaction level data comprises data relating to application selection and transaction processing; transmitting, by the communication device, the transaction level data to the access device; and transmitting, by the communication device, the cryptogram to the access device, wherein the access device or a remote server computer in communication with the access device validates the cryptogram before allowing the interaction to proceed by receiving the cryptogram, the transaction level data, and the interoperability data, decrypting the cryptogram to obtain the transaction level data and the interoperability level data and compares the transaction level data and interoperability level data received from the communication device with the transaction level data and the interoperability level data obtained from the cryptogram to determine if the received cryptogram is validated. receiving, by a communication device during a contactless interaction with an access device, an anti-collision command; in response to the anti-collision command, transmitting, by the communication device to the access device, interoperability level data comprising a unique identifier, UID, or a pseudo unique PICC identifier, PUPI; generating, by the communication device during the interaction with the access device, a cryptogram using transaction level data and the interoperability level data, wherein the transaction level data comprises data relating to application selection and transaction processing; transmitting, by the communication device, the transaction level data to the access device; and transmitting, by the communication device, the cryptogram to the access device, wherein the access device or a remote server computer in communication with the access device validates the cryptogram before allowing the interaction to proceed by receiving the cryptogram, the transaction level data, and the interoperability data, decrypting the cryptogram to obtain the transaction level data and the interoperability level data and compares the transaction level data and interoperability level data received from the communication device with the transaction level data and the interoperability level data obtained from the cryptogram to determine if the received cryptogram is validated.
Fuel injector for a fuel injection system, in particular a common-rail injection system, comprising a control valve for controlling the stroke movement of a nozzle needle which can perform a stroke movement, wherein the control valve has a valve element which is received, such that it can perform a stroke movement, in a valve chamber and which is preloaded by means of a valve spring against a valve seat and which, by means of an actuator and counter to the spring force of the valve spring, can be lifted out of the valve seat such that a connection of the valve chamber to a low-pressure region can be produced, wherein the connection produced between the valve chamber and the low-pressure region causes a pressure drop in the valve chamber of the control valve, and in a control chamber connected to the valve chamber via an outflow throttle and delimited by an end surface of the nozzle needle, such that the nozzle needle opens, whereas, when the control valve is in a closed position, a pressure rise in the control chamber can be effected via an inflow throttle which is connected to an inflow duct, which pressure rise leads to the closure of the nozzle needle, characterized in that the inflow throttle can be passively switched by means of an additional closure element, and the additional closure element is received in the control chamber and is of at least partially elastically deformable design, wherein the additional closure element is of disc-shaped form, and wherein the additional closure element is arranged between a throttle plate and a sleeve which radially delimits the control chamber and which surrounds the nozzle needle.