mhurhangee/patent-ind-claim-en huggingface dataset:
An image generation unit , comprising: a display panel , a first illumination system , and a second illumination system , wherein the display panel has a first imaging region and a second imaging region which are adjacently arranged and located on a same plane thereof; the first illumination system provides a first light beam (L1) which is incident on the first imaging region of the display panel at a first incident angle (θ1i), and the first imaging region converts the first light beam (L1) into a first image beam (I1); and the second illumination system provides a second light beam (L2) which is incident on the second imaging region of the display panel at a second incident angle (θ2i), and the second imaging region converts the second light beam (L2) into a second image beam (I2), wherein a light transmission assembly of the first illumination system comprises a reflecting mirror , and the reflecting mirror is disposed between the first illumination system and the second illumination system , such that an optical path of the first light beam (L1) incident on the first imaging region does not intersect with an optical path of the second light beam (L2) incident on the second imaging region , characterized in that the reflecting mirror comprises a reflective surface to reflect the first light beam (L1) and a surface opposite to the reflective surface, wherein the opposite surface comprises a light absorbing element to absorb the second light beam (L2) incident on the reflecting mirror. the display panel has a first imaging region and a second imaging region which are adjacently arranged and located on a same plane thereof; the first illumination system provides a first light beam (L1) which is incident on the first imaging region of the display panel at a first incident angle (θ1i), and the first imaging region converts the first light beam (L1) into a first image beam (I1); and the second illumination system provides a second light beam (L2) which is incident on the second imaging region of the display panel at a second incident angle (θ2i), and the second imaging region converts the second light beam (L2) into a second image beam (I2), wherein a light transmission assembly of the first illumination system comprises a reflecting mirror , and the reflecting mirror is disposed between the first illumination system and the second illumination system , such that an optical path of the first light beam (L1) incident on the first imaging region does not intersect with an optical path of the second light beam (L2) incident on the second imaging region , characterized in that the reflecting mirror comprises a reflective surface to reflect the first light beam (L1) and a surface opposite to the reflective surface, wherein the opposite surface comprises a light absorbing element to absorb the second light beam (L2) incident on the reflecting mirror.
A colorimeter for measuring a concentration of a chemical in a turbid sample, the colorimeter comprising: a colorimeter body having a sample chamber ; a sample vessel positioned within the sample chamber and configured such that the turbid sample can flow through the sample vessel ; a light source ; a first photodetector configured to generate a first output signal; a second photodetector ; and a first optical train within the colorimeter body , having a first light tunnel segment , the light tunnel segment having reflective elements , the reflective elements being arranged to direct light emitted from the light source through the turbid sample at least twice and to then to the first photodetector , a second optical train positioned within the colorimeter body , the second optical train arranged to direct scattered light to the second photodetector , and the second photodetector positioned within the colorimeter body and configured to send a second output signal corresponding to intensity of the scattered light, wherein the first output signal and the second output signal are used for measuring the concentration of the chemical in the turbid sample. a colorimeter body having a sample chamber ; a sample vessel positioned within the sample chamber and configured such that the turbid sample can flow through the sample vessel ; a light source ; a first photodetector configured to generate a first output signal; a second photodetector ; and a first optical train within the colorimeter body , having a first light tunnel segment , the light tunnel segment having reflective elements , the reflective elements being arranged to direct light emitted from the light source through the turbid sample at least twice and to then to the first photodetector , a second optical train positioned within the colorimeter body , the second optical train arranged to direct scattered light to the second photodetector , and the second photodetector positioned within the colorimeter body and configured to send a second output signal corresponding to intensity of the scattered light, wherein the first output signal and the second output signal are used for measuring the concentration of the chemical in the turbid sample.
A cruciform paving stone comprising two pairs of opposing projecting stone sections with vertical delimiting surfaces extending perpendicularly with respect to one another and including two lateral surfaces and one front surface, respectively, characterized in that a respective projecting first joining portion is arranged on the lateral surfaces of two oppositely arranged projecting stone sections in identical position which is joined by a lateral surface section with at least identical length and free of a joining portion in the direction to the valley formed with the adjacent projecting stone section , and in that projecting second joining portions are located on further lateral surfaces and/or front surfaces which, in cooperation with two joining portions of a neighbour stone, allow a displacement of a first joining portion of the neighbour stone perpendicularly with respect to the corresponding lateral surface into the final joining position with the first joining portion of the paving stone for the production of a pavement structure.
An apparatus comprising: processing means adapted to perform frequency domain acknowledgement/negative acknowledgement, hereafter referred to as ACK/NACK, bundling for downlink data transmission across component carriers within a user equipment reception bandwidth; generating means adapted to generate a bundled ACK/NAK value corresponding to at least one code word of the downlink data transmission on the basis of the performed ACK/NAK bundling ; and transmitting means adapted to indicate in an ACK/NACK message to be transmitted on an uplink control channel , information relating to the generated bundled ACK/NAK value and the number of detected resource allocation grants in downlink across the component carriers within the user equipment reception bandwidth. processing means adapted to perform frequency domain acknowledgement/negative acknowledgement, hereafter referred to as ACK/NACK, bundling for downlink data transmission across component carriers within a user equipment reception bandwidth; generating means adapted to generate a bundled ACK/NAK value corresponding to at least one code word of the downlink data transmission on the basis of the performed ACK/NAK bundling ; and transmitting means adapted to indicate in an ACK/NACK message to be transmitted on an uplink control channel , information relating to the generated bundled ACK/NAK value and the number of detected resource allocation grants in downlink across the component carriers within the user equipment reception bandwidth.
An arrangement in a fence structure, comprising at least vertical posts within a distance from each other and wall structures fitted in between the vertical posts and connecting the vertical posts , and the wall structure fitted in between two sequential vertical posts has been attached to vertical posts at least on one side with fastener elements aligned essentially parallel to the vertical posts , which fastener elements have been fitted together with the vertical posts, and wherein each fastener element comprises a compressive element which for its part has been arranged to support one end of the wall structure in connection with the respective single vertical post , and a protective net has been fitted in front of the wall structure , which protective net has been fitted by its vertical edges into the fastener elements fitted in connection to the vertical posts , characterised in that the fastener elements comprise a set of fastening holes into which the protective net has been fitted by its horizontal parts.
A surgical device , comprising: a first jaw ; and a second jaw coupled to and movable relative to the first jaw between a first position, in which the first and second jaws are aligned within a plane (XY), and a second position, in which the second jaw is in non-parallel correspondence to the plane (XY), and a first drive including an externally threaded screw in engagement with an internally threaded bore of the second jaw, wherein rotation of the first drive moves the second jaw relative to the first jaw between the first position and the second position, wherein the second jaw moves within the plane (XY) as it is moved a first distance relative to the first jaw and swivels at least partially out of the plane (XY) about an axis located within the plane (XY) as it is moved a second distance relative to the first jaw , further comprising a camming arrangement configured to move the second jaw between the first and second positions, wherein the camming arrangement includes an arm coupled to the second jaw and a sleeve coupled to the first jaw , the arm being configured to move longitudinally within and relative to the sleeve , wherein the internally threaded bore of the second jaw is disposed within the arm, wherein the arm defines a channel and the sleeve defines a bore , wherein the camming arrangement includes a cam follower disposed within the bore of the sleeve , such that a portion of the cam follower is within the channel of the arm , and wherein the first position is a closed position and the second position is an open position. a first jaw ; and a second jaw coupled to and movable relative to the first jaw between a first position, in which the first and second jaws are aligned within a plane (XY), and a second position, in which the second jaw is in non-parallel correspondence to the plane (XY), and a first drive including an externally threaded screw in engagement with an internally threaded bore of the second jaw, wherein rotation of the first drive moves the second jaw relative to the first jaw between the first position and the second position,
A method for validating synchronized local times of at least a first and a second control unit of a vehicle, wherein the method comprises: - receiving (S1), at each one of the at least two control units , a first synchronization message including a master time, - synchronizing (S2), at each one of the at least two control units , a local time of the respective one of the at least two control units to the received master time, - communicating (S3) the synchronized local time from the first control unit to the second control unit , and - comparing (S4), at the second control unit , the communicated local time of the first control unit to the synchronized local time of the second control unit for validating the synchronized local times of the at least two control units . - receiving (S1), at each one of the at least two control units , a first synchronization message including a master time, - synchronizing (S2), at each one of the at least two control units , a local time of the respective one of the at least two control units to the received master time, - communicating (S3) the synchronized local time from the first control unit to the second control unit , and - comparing (S4), at the second control unit , the communicated local time of the first control unit to the synchronized local time of the second control unit for validating the synchronized local times of the at least two control units .
Cable connection component for electrically connecting a multi-core cable , comprising a union nut having an internal thread and a splicing part made of insulating material having a number of incisions for separating the cores of the cable , wherein when the union nut is screwed onto a connection body , having an external thread corresponding to the internal thread , the core insulation of the core ends inserted into the splice part are severed and the conductors of the cores are contacted by insulation displacement terminations , that are arranged in the connection body and extend into the incisions in the splice part , wherein the splice part has a cable-receiving part and a core-guiding part , wherein the core-guiding part has at least two core receptacles , wherein each core receptacle has at least two retaining elements and at least two clamp elements forming a clamping gap , wherein, in the core insertion direction, first the retaining elements are arranged, and the clamp elements are arranged behind them, wherein the distances between the outer surfaces and the inner surfaces of the clamp elements and the retaining elements relative to the longitudinal axis of the core-guiding part are selected such that in the core insertion direction, the retaining elements and the clamp elements are arranged so as not to overlap, characterized in that the stretch over which a core is at least partially surrounded by the retaining elements or by the clamp elements is extended radially, so that the length of the stretch then corresponds to at least the thickness of the retaining elements plus at least the thickness of the clamp elements .
A semiconductor device comprising: a p-type substrate having a first surface; a p-type well extending from the first surface into the p-type substrate ; an n-type well extending from the first surface into the p-type substrate to define a depletion region in the p-type substrate around the n-type well and extending so as to reach the p-type well; an insulating layer extending over the first surface of the p-type substrate from the n-type well to the p-type well to define an inversion layer in the substrate; said inversion layer extending between the n-type well and the p-type well; wherein a p-type floating channel stopper is provided and configured to extend through the inversion layer to reduce electrical coupling between the n-type well and at least part of the inversion layer, and is electrically disconnected from a remainder of the p-type substrate outside of the depletion region. a p-type substrate having a first surface; a p-type well extending from the first surface into the p-type substrate ; an n-type well extending from the first surface into the p-type substrate to define a depletion region in the p-type substrate around the n-type well and extending so as to reach the p-type well; an insulating layer extending over the first surface of the p-type substrate from the n-type well to the p-type well to define an inversion layer in the substrate; said inversion layer extending between the n-type well and the p-type well; wherein a p-type floating channel stopper is provided and configured to extend through the inversion layer to reduce electrical coupling between the n-type well and at least part of the inversion layer, and is electrically disconnected from a remainder of the p-type substrate outside of the depletion region.
Pneumatic brake device for a utility vehicle with at least one pneumatically controlled spring mechanism for a parking brake of the utility vehicle, with an electronic parking brake device , with at least one electronic control unit , at least one first bistable valve unit and at least one second bistable valve unit , at least one valve device which is connected up in such manner that in the event of a fall of the system pressure for supplying a parking brake of a trailer of the tractor vehicle the parking brake of the trailer can be actuated, and with a tractor vehicle protection valve , wherein by means of the first bistable valve unit the parking brake of the utility vehicle can be controlled and by means of the second bistable valve unit the parking brake of the trailer can be controlled.
A method for transmitting data between internet of vehicles devices, applied to a scenario in which a first device and a second device in internet of vehicles interact with each other, wherein the method comprises: receiving , by the first device, a data request from the second device, wherein the data request is used to request first data, and the data request comprises an identifier of the second device and a category of the first data; encrypting , by the first device, the first data based on an identifier public key, wherein the identifier public key comprises the identifier of the second device and the category of the first data; and sending , by the first device, a data response to the second device, wherein the data response comprises identifier public key indication information and the encrypted first data, and the identifier public key indication information is used to determine the identifier public key used to encrypt the first data, wherein the identifier public key further comprises an additional condition, and the additional condition is used to indicate a condition that needs to be met by the second device to decrypt the encrypted first data, and wherein the additional condition is a time condition that needs to be met by the second device for decryption. receiving , by the first device, a data request from the second device, wherein the data request is used to request first data, and the data request comprises an identifier of the second device and a category of the first data; encrypting , by the first device, the first data based on an identifier public key, wherein the identifier public key comprises the identifier of the second device and the category of the first data; and sending , by the first device, a data response to the second device, wherein the data response comprises identifier public key indication information and the encrypted first data, and the identifier public key indication information is used to determine the identifier public key used to encrypt the first data, wherein the identifier public key further comprises an additional condition, and the additional condition is used to indicate a condition that needs to be met by the second device to decrypt the encrypted first data, and wherein the additional condition is a time condition that needs to be met by the second device for decryption.
A refrigerator comprising: a cabinet that defines a first storage compartment ; a first door that is opened or closed to allow or prevent access to an interior of the first storage compartment ; a storing device coupled to a rear surface of the first door to define a second storage compartment , wherein, when the first door is closed, the second storage compartment is disposed in the first storage compartment ; and a second door connected to the first door and configured to be opened or closed to allow or prevent access to an interior of the second storage compartment , wherein the storing device includes: a basket installation part disposed at the second storage compartment ; and a basket slidably installed on the basket installation part , wherein the basket installation part and the basket are accessible when the first door is closed and at least the second door is opened, wherein the refrigerator further comprises a first hinge rotatably connecting the first door to the cabinet and including a first hinge shaft vertically extending downwardly; the refrigerator being characterised by a second hinge rotatably connecting the second door to the first door and including a second hinge shaft vertically extending downwardly, wherein the first door and the second door are configured to be opened and closed by rotating in a same direction, wherein the left and right width of the second door is the same as the left and right width of the first door . a cabinet that defines a first storage compartment ; a first door that is opened or closed to allow or prevent access to an interior of the first storage compartment ; a storing device coupled to a rear surface of the first door to define a second storage compartment , wherein, when the first door is closed, the second storage compartment is disposed in the first storage compartment ; and a second door connected to the first door and configured to be opened or closed to allow or prevent access to an interior of the second storage compartment , wherein the storing device includes: a basket installation part disposed at the second storage compartment ; and a basket slidably installed on the basket installation part , wherein the basket installation part and the basket are accessible when the first door is closed and at least the second door is opened, a basket installation part disposed at the second storage compartment ; and a basket slidably installed on the basket installation part , wherein the basket installation part and the basket are accessible when the first door is closed and at least the second door is opened, wherein the refrigerator further comprises a first hinge rotatably connecting the first door to the cabinet and including a first hinge shaft vertically extending downwardly; the refrigerator being characterised by a second hinge rotatably connecting the second door to the first door and including a second hinge shaft vertically extending downwardly, wherein the first door and the second door are configured to be opened and closed by rotating in a same direction, wherein the left and right width of the second door is the same as the left and right width of the first door .