mhurhangee/patent-ind-claim-en huggingface dataset:
A video decoding method comprising the steps of: applying partitioning to a coding block, to obtain a first prediction unit and a second prediction unit, wherein whether or not to apply partitioning to the coding block is determined based on a size of the coding block; deriving a merge candidate list for the coding block; deriving first motion information for the first prediction unit and second motion information for the second prediction unit using the merge candidate list; obtaining a prediction sample in the coding block based on the first motion information and the second motion information, wherein the first motion information for the first prediction unit is derived from a first merge candidate in the merge candidate list, and the second motion information for the second prediction unit is derived from a second merge candidate different from the first merge candidate; and decoding first index information for specifying the first merge candidate and second index information for specifying the second merge candidate from a bitstream, wherein when a value of the second index information is equal to or greater than a value of the first index information, the value of the second index information specifying the second merge candidate is obtained by adding 1 to the value of the second index information. applying partitioning to a coding block, to obtain a first prediction unit and a second prediction unit, wherein whether or not to apply partitioning to the coding block is determined based on a size of the coding block; deriving a merge candidate list for the coding block; deriving first motion information for the first prediction unit and second motion information for the second prediction unit using the merge candidate list; obtaining a prediction sample in the coding block based on the first motion information and the second motion information, wherein the first motion information for the first prediction unit is derived from a first merge candidate in the merge candidate list, and the second motion information for the second prediction unit is derived from a second merge candidate different from the first merge candidate; and decoding first index information for specifying the first merge candidate and second index information for specifying the second merge candidate from a bitstream, wherein when a value of the second index information is equal to or greater than a value of the first index information, the value of the second index information specifying the second merge candidate is obtained by adding 1 to the value of the second index information.
A surgical tool, comprising: an instrument mounting portion comprising: a housing ; a plate ; a shaft assembly comprising an end effector , the end effector comprising a first jaw member and a second jaw member , the first and second jaw members defining a channel therebetween, and a blade slideably receivable within the channel to cut tissue located between the first and second jaw members; and a coupler to couple the shaft assembly to the instrument mounting portion; an actuation mechanism to actuate the end effector, wherein the actuation mechanism provides reciprocating movement of the blade within the channel; a lockout mechanism coupled to the actuation mechanism, the lockout mechanism to selectively enable reciprocating movement of the blade; and an interface to mechanically and electrically couple the instrument mounting portion to a manipulator; wherein the end effector has an energized state comprising energizing the end effector with electrosurgical and/or ultrasonic energy and a de-energized state, wherein the lockout mechanism is configured to enable operation of the end effector actuation mechanism when the end effector is in the energized state and to disable operation of the end effector actuation mechanism when the end effector is in the de-energized state, and wherein the lockout mechanism comprises a mechanical actuator arranged to engage the actuation mechanism when in a deployed state, wherein the mechanical actuator prevents movement of the actuation mechanism while in the deployed state. an instrument mounting portion comprising: a housing ; a plate ; a housing ; a plate ; a shaft assembly comprising an end effector , the end effector comprising a first jaw member and a second jaw member , the first and second jaw members defining a channel therebetween, and a blade slideably receivable within the channel to cut tissue located between the first and second jaw members; and a coupler to couple the shaft assembly to the instrument mounting portion; an actuation mechanism to actuate the end effector, wherein the actuation mechanism provides reciprocating movement of the blade within the channel; a lockout mechanism coupled to the actuation mechanism, the lockout mechanism to selectively enable reciprocating movement of the blade; and an interface to mechanically and electrically couple the instrument mounting portion to a manipulator; wherein the end effector has an energized state comprising energizing the end effector with electrosurgical and/or ultrasonic energy and a de-energized state, wherein the lockout mechanism is configured to enable operation of the end effector actuation mechanism when the end effector is in the energized state and to disable operation of the end effector actuation mechanism when the end effector is in the de-energized state, and wherein the lockout mechanism comprises a mechanical actuator arranged to engage the actuation mechanism when in a deployed state, wherein the mechanical actuator prevents movement of the actuation mechanism while in the deployed state.
A method for visual detection of a motor vehicle which carries with it a source of interference which is capable of impairing the intended function of a radio signal receiver, by means of at least one signal bearing device arranged on a road and at least one image acquisition device , comprising the following steps: - detecting an interference signal of the interference source and identifying at least one bearing angle (A) of the interference source by means of the signal bearing device ; - determining, on the basis of the identified bearing angle (φ), an optimum time or an optimum time range at which the motor vehicle occupies in relation to the image acquisition device a position which permits the identification of the motor vehicle on the basis of at least one image acquisition generated at the optimum time or during the optimum time range by means of a bearing angle processing device; and - generating at least one image acquisition of the motor vehicle or of a motor vehicle area of the motor vehicle at the optimum time or during the optimum time range by means of the image acquisition device . - detecting an interference signal of the interference source and identifying at least one bearing angle (A) of the interference source by means of the signal bearing device ; - determining, on the basis of the identified bearing angle (φ), an optimum time or an optimum time range at which the motor vehicle occupies in relation to the image acquisition device a position which permits the identification of the motor vehicle on the basis of at least one image acquisition generated at the optimum time or during the optimum time range by means of a bearing angle processing device; and - generating at least one image acquisition of the motor vehicle or of a motor vehicle area of the motor vehicle at the optimum time or during the optimum time range by means of the image acquisition device .
A diaphragm for an electroacoustic transducer, wherein, at a surface layer of a base material made of a fiber material which is mainly composed of cellulose, a mixed layer in which the fiber material , mica and a cellulose nanofiber are mixed is formed, wherein in the mixed layer, an outer surface of the mixed layer is covered with the cellulose nanofibers , and wherein the mica is covered with the cellulose nanofibers and is fixed to the surface layer of the base material by a hydrogen bond between the cellulose nanofiber covering the surface of the mica and the fiber material of the base material .
A container for dispensing a product comprising: an upper end portion , a body portion , the body portion extends away from the upper end portion , a base portion , the base portion attached to the upper end portion , and a valve , characterized in that the body portion and the upper end portion are one piece and the container comprises a plug seal , the plug seal connected to the upper end portion , the plug seal including the valve . an upper end portion , a body portion , the body portion extends away from the upper end portion , a base portion , the base portion attached to the upper end portion , and a valve , characterized in that the body portion and the upper end portion are one piece and the container comprises a plug seal , the plug seal connected to the upper end portion , the plug seal including the valve .
An audio recorder , comprising: a main body unit; at least a first microphone having a first plug and a second microphone having a second plug provided detachably on the main body unit; and at least a first holder and a second holder for detachably holding the microphones in an X-Y technique employing an inward facing arrangement in which sound pickup axes of the microphones intersect each other when the first microphone is attached to the first holder and the second microphone is attached to the second holder , or in an A-B technique employing an outward facing arrangement in which the sound pickup axes of the microphones do not intersect each other when the first microphone is attached to the second holder and the second microphone is attached to the first holder , wherein the holders comprise a switch structure in which, in cases where different microphones are attached in place of the microphones, a contact is turned on only when the microphones are in-house microphones, and the main body unit comprises a determination circuit that, when the contact in the switch structure is turned on, automatically determines a voltage value of a terminal provided in the first plug and/or of a terminal provided in the second plug , wherein the voltage value is a first value when X-Y technique is used and a second value when A-B technique is used. a main body unit; at least a first microphone having a first plug and a second microphone having a second plug provided detachably on the main body unit; and at least a first holder and a second holder for detachably holding the microphones in an X-Y technique employing an inward facing arrangement in which sound pickup axes of the microphones intersect each other when the first microphone is attached to the first holder and the second microphone is attached to the second holder , or in an A-B technique employing an outward facing arrangement in which the sound pickup axes of the microphones do not intersect each other when the first microphone is attached to the second holder and the second microphone is attached to the first holder , wherein the holders comprise a switch structure in which, in cases where different microphones are attached in place of the microphones, a contact is turned on only when the microphones are in-house microphones, and the main body unit comprises a determination circuit that, when the contact in the switch structure is turned on, automatically determines a voltage value of a terminal provided in the first plug and/or of a terminal provided in the second plug , wherein the voltage value is a first value when X-Y technique is used and a second value when A-B technique is used.
Softening composition comprising at least a fabric softener compound of formula (I): R 1 -N + (CH 3 ) 2 -CH 2 -COO - (I) wherein R 1 is C 16 -alkyl, and a C 10 -C 22 carboxylic acid and/or a C 10 -C 22 alcohol; wherein the weight ratio of the compound of formula (I) to the C 10 -C 22 carboxylic acids and/or the C 10 -C 22 alcohols is comprised between 4:1 and 50:1.
Method for supporting a process of coupling a motor vehicle to a trailer , in which a position of a coupling element on the trailer is detected by means of a trailer coupling assistant and based on this the motor vehicle is at least partly autonomously manoeuvred into a target position in which a trailer coupling of the motor vehicle is disposed in a specified position for coupling to the coupling element on the trailer, wherein a rearward monitoring region (B) of the motor vehicle is monitored during the manoeuvring process by means of a parking aid , wherein - the parking aid is operated in a standard mode when the trailer coupling assistant is deactivated; - when the trailer coupling assistant is activated the parking aid is operated in a coupling mode in which obstacle warnings relating to the rearward region (B) are output by means of the parking aid differently from in the standard mode; wherein the position of the coupling element on the trailer is transmitted to the parking aid in the coupling mode, characterized in that if an object is disposed in the rearward monitoring region (B) and within a specified perimeter around the position of the coupling element on the trailer, the parking aid does not output an obstacle warning that would otherwise be output in the standard mode by ignoring the approach to the coupling element on the trailer if no obstacle warnings are output in this regard. - the parking aid is operated in a standard mode when the trailer coupling assistant is deactivated; - when the trailer coupling assistant is activated the parking aid is operated in a coupling mode in which obstacle warnings relating to the rearward region (B) are output by means of the parking aid differently from in the standard mode; wherein the position of the coupling element on the trailer is transmitted to the parking aid in the coupling mode, characterized in that if an object is disposed in the rearward monitoring region (B) and within a specified perimeter around the position of the coupling element on the trailer, the parking aid does not output an obstacle warning that would otherwise be output in the standard mode by ignoring the approach to the coupling element on the trailer if no obstacle warnings are output in this regard.
Set comprising a lid for closing a container , the lid being made from a paper- or a cardboard-material, wherein the lid comprises a topwall which covers the opening of the container and a sidewall directed at an angle relative to the topwall , wherein one end of the sidewall can engage sealingly with the top end of the container , wherein a rolled edge is provided at this end of the sidewall, and a container, wherein the container comprises a rolled edge and/or a bulge , which engages with the rolled edge of the lid , wherein the rolled edge of the container and/or the bulge is in contact with a shoulder provided in the sidewall of the lid to secure the position of the lid relative to the container and/or to provide a sealing, characterized in that the shoulder extends from the outside of a circumference of the sidewall of the lid . a lid for closing a container , the lid being made from a paper- or a cardboard-material, wherein the lid comprises a topwall which covers the opening of the container and a sidewall directed at an angle relative to the topwall , wherein one end of the sidewall can engage sealingly with the top end of the container , wherein a rolled edge is provided at this end of the sidewall, and a container, wherein the container comprises a rolled edge and/or a bulge , which engages with the rolled edge of the lid , wherein the rolled edge of the container and/or the bulge is in contact with a shoulder provided in the sidewall of the lid to secure the position of the lid relative to the container and/or to provide a sealing, characterized in that the shoulder extends from the outside of a circumference of the sidewall of the lid .
A crane comprising: - a crane structure defining a substantially vertical rotation axis ; - a boom connected with a first end to the crane structure to be rotatable about the vertical rotation axis; - a trolley moveable along the boom in longitudinal direction of the boom; - a hoisting cable and a load connector , wherein the load connector is arranged at a free end of the hoisting cable to be connected to a load for hoisting purposes; wherein the trolley comprises a cable guide to guide the hoisting cable, wherein the trolley comprises attachment means to temporarily attach the load connector to the trolley to fix the position of the load connector relative to the trolley, characterized in that the load connector comprises a sheave block , and wherein the attachment means form a cavity in which the sheave block of the load connector can be received by hauling in the hoisting cable . - a crane structure defining a substantially vertical rotation axis ; - a boom connected with a first end to the crane structure to be rotatable about the vertical rotation axis; - a trolley moveable along the boom in longitudinal direction of the boom; - a hoisting cable and a load connector , wherein the load connector is arranged at a free end of the hoisting cable to be connected to a load for hoisting purposes; wherein the trolley comprises a cable guide to guide the hoisting cable, wherein the trolley comprises attachment means to temporarily attach the load connector to the trolley to fix the position of the load connector relative to the trolley, characterized in that the load connector comprises a sheave block , and wherein the attachment means form a cavity in which the sheave block of the load connector can be received by hauling in the hoisting cable .
Attachment device for a pump with a pump body that has an outlet opening and an inlet opening, at least having: a first attachment portion with a first end and with a second end , wherein the first end is attachable to the outlet opening, a second attachment portion with a first end and with a second end , wherein, in an attached state of the attachment device , the first end of the second attachment portion is connected to the second end of the first attachment portion , and the second end of the second attachment portion is connectable to a liquid line, an elastic connecting element for connecting the first end of the second attachment portion to the second end of the first attachment portion , wherein, in an actuated state of the connecting element , the connection of the attachment portions is releasable, wherein the elastic connecting element is in the form of a closed collar having, on the radial inner side, at least two projections which are situated opposite one another radially and which, in the attached state of the attachment portions , engage into a groove in the region of the second end of the first attachment portion through two openings in the region of the first end of the second attachment portion , characterized in that stop means are formed at the first end of the second attachment portion , said stop means causing the connecting element to be centred during the compression thereof, wherein the stop means are formed either as rib-like projections or as stop pins . a second attachment portion with a first end and with a second end , wherein, in an attached state of the attachment device , the first end of the second attachment portion is connected to the second end of the first attachment portion , and the second end of the second attachment portion is connectable to a liquid line, an elastic connecting element for connecting the first end of the second attachment portion to the second end of the first attachment portion , wherein, in an actuated state of the connecting element , the connection of the attachment portions is releasable, wherein the elastic connecting element is in the form of a closed collar having, on the radial inner side, at least two projections which are situated opposite one another radially and which, in the attached state of the attachment portions , engage into a groove in the region of the second end of the first attachment portion through two openings in the region of the first end of the second attachment portion , characterized in that stop means are formed at the first end of the second attachment portion , said stop means causing the connecting element to be centred during the compression thereof, wherein the stop means are formed either as rib-like projections or as stop pins .
A method for use in a wireless transmitter, the method comprising: obtaining a set of information bits for wireless transmission; dividing the set of information bits into one or more subsets of information bits, wherein dividing the information bits into one or more subsets of information bits comprises dividing the information bits into nested subsets wherein each successive subset includes the information bits from a previous subset; for each subset of the one or more subsets of information bits, generating extra cyclic redundancy check, CRC, bits using a CRC polynomial capable of generating N CRC bits and wherein the extra CRC bits for each subset of information bits comprise less than N CRC bits, wherein generating extra CRC bits using the CRC polynomial comprises recursive generation wherein a set of extra CRC bits for a first subset of the one or more subsets of information bits are included in a second subset of the one or more subsets of information bits and used as input in a subsequent generation of extra CRC bits for the second subset of information bits.; generating a final set of N or less CRC bits for the set of information bits using the CRC polynomial; generating a set of coded bits by encoding the set of information bits for wireless transmission, together with the extra CRC bits and the final set of CRC bits, using a polar encoder; and transmitting the set of coded bits using a wireless transmitter. obtaining a set of information bits for wireless transmission; dividing the set of information bits into one or more subsets of information bits, wherein dividing the information bits into one or more subsets of information bits comprises dividing the information bits into nested subsets wherein each successive subset includes the information bits from a previous subset; for each subset of the one or more subsets of information bits, generating extra cyclic redundancy check, CRC, bits using a CRC polynomial capable of generating N CRC bits and wherein the extra CRC bits for each subset of information bits comprise less than N CRC bits, wherein generating extra CRC bits using the CRC polynomial comprises recursive generation wherein a set of extra CRC bits for a first subset of the one or more subsets of information bits are included in a second subset of the one or more subsets of information bits and used as input in a subsequent generation of extra CRC bits for the second subset of information bits.; generating a final set of N or less CRC bits for the set of information bits using the CRC polynomial; generating a set of coded bits by encoding the set of information bits for wireless transmission, together with the extra CRC bits and the final set of CRC bits, using a polar encoder; and transmitting the set of coded bits using a wireless transmitter.