mhurhangee/patent-ind-claim-en huggingface dataset:
A digester module comprising a movable methanization container (C), comprising a receptacle for receiving organic matter such as agricultural waste, a sealed cover , a sealed door , and a fermentation gas recovery connector , the receptacle , the cover and the door being hermetic and thermally insulated, said receptacle comprising a plurality of sensors, selected from the group comprising pressure sensors (PRC), temperature sensors (TRC) and liquid level sensors (LRC), and connection means which are disposed outside said receptacle , for connecting these sensors to an electrical circuit (R), said connection means being grouped in the same area of said container (C), easily accessible.
A method of manufacturing a plurality of chips , comprising: dividing a chip substrate into a plurality of chip regions; processing a first region of each of the chip regions for forming at least one first circuit unit set ; processing a second region of each of the chip regions for forming a second circuit unit set , wherein the at least one first circuit unit set comprises a plurality of same circuit units , wherein a size of the first region of each chip is determined by a number of the circuit units in the first region , and the number of the circuit units in the first region determines a specification of the chip , wherein the specification of each chip comprises an operational frequency of the chip , wherein the plurality of chips comprises a first chip and a second chip , and the operational frequency of the specification of the first chip is greater than the operational frequency of the specification of the second chip ; and the method further comprises cutting the chip substrate for forming the plurality of chips, wherein a size of the first region of the first chip is greater than a size of the first region of the second chip ; and wherein the first chip has at least one more circuit unit than the second chip , the at least one more circuit unit is arranged in a side region of the first region , and the first chip is the same as the second chip except the side region . dividing a chip substrate into a plurality of chip regions; processing a first region of each of the chip regions for forming at least one first circuit unit set ; processing a second region of each of the chip regions for forming a second circuit unit set , wherein the at least one first circuit unit set comprises a plurality of same circuit units , wherein a size of the first region of each chip is determined by a number of the circuit units in the first region , and the number of the circuit units in the first region determines a specification of the chip , wherein the specification of each chip comprises an operational frequency of the chip , wherein the plurality of chips comprises a first chip and a second chip , and the operational frequency of the specification of the first chip is greater than the operational frequency of the specification of the second chip ; and the method further comprises cutting the chip substrate for forming the plurality of chips, wherein a size of the first region of the first chip is greater than a size of the first region of the second chip ; and wherein the first chip has at least one more circuit unit than the second chip , the at least one more circuit unit is arranged in a side region of the first region , and the first chip is the same as the second chip except the side region .
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, control signaling and physical downlink shared channels, PDSCHs; identifying a first physical downlink shared channel, PDSCH, set associated with transport block, TB, -based HARQ-ACK/NACK feedback or a second PDSCH set associated with code block group, CBG,-based HARQ-ACK/NACK feedback to which each of the PDSCHs belongs, based on the control signaling; determining a first hybrid automatic repeat request acknowledgement/negative acknowledgement, HARQ-ACK/NACK, codebook for the first PDSCH set and a second HARQ-ACK/NACK codebook for the second PDSCH set; and transmitting HARQ-ACK/NACK information that is generated by connecting the first HARQ-ACK/NACK codebook and the second HARQ-ACK/NACK codebook in a predetermined sequential order, characterised in that identifying the first PDSCH set comprises: identifying that a PDSCH of the PDSCHs belongs to the first PDSCH set, in case that the PDSCH is scheduled by a fallback downlink control information, DCI, on a carrier configured with CBG-based HARQ-ACK/NACK feedback, wherein the fallback DCI on the carrier configured with the CBG-based HARQ-ACK/NACK feedback indicates that a granularity of HARQ-ACK/NACK feedback for the scheduled PDSCH is a TB instead of a CBG. receiving, from a base station, control signaling and physical downlink shared channels, PDSCHs; identifying a first physical downlink shared channel, PDSCH, set associated with transport block, TB, -based HARQ-ACK/NACK feedback or a second PDSCH set associated with code block group, CBG,-based HARQ-ACK/NACK feedback to which each of the PDSCHs belongs, based on the control signaling; determining a first hybrid automatic repeat request acknowledgement/negative acknowledgement, HARQ-ACK/NACK, codebook for the first PDSCH set and a second HARQ-ACK/NACK codebook for the second PDSCH set; and transmitting HARQ-ACK/NACK information that is generated by connecting the first HARQ-ACK/NACK codebook and the second HARQ-ACK/NACK codebook in a predetermined sequential order, characterised in that identifying the first PDSCH set comprises: identifying that a PDSCH of the PDSCHs belongs to the first PDSCH set, in case that the PDSCH is scheduled by a fallback downlink control information, DCI, on a carrier configured with CBG-based HARQ-ACK/NACK feedback, wherein the fallback DCI on the carrier configured with the CBG-based HARQ-ACK/NACK feedback indicates that a granularity of HARQ-ACK/NACK feedback for the scheduled PDSCH is a TB instead of a CBG.
A foldable playard , comprising: a plurality of vertical tubes , each vertical tube comprising: a bar member ; a corner affixed to top of the bar member ; and a slider movably disposed on the bar member ; a plurality of X-typed frames , each of the X-typed frames being rotatably connected between two adjacent vertical tubes via the corner and the slider ; and a latching mechanism , comprising: a latch body , comprising a first end and a second end opposite to each other, the first end being disposed on the corner of one vertical tube ; and a locking portion disposed on the second end , the locking portion being adapted to engage with and disengage from one X-typed frame , which is rotatably connected to the slider on the said vertical tube in response to motion of the latch body . a plurality of vertical tubes , each vertical tube comprising: a bar member ; a corner affixed to top of the bar member ; and a slider movably disposed on the bar member ; a bar member ; a corner affixed to top of the bar member ; and a slider movably disposed on the bar member ; a plurality of X-typed frames , each of the X-typed frames being rotatably connected between two adjacent vertical tubes via the corner and the slider ; and a latching mechanism , comprising: a latch body , comprising a first end and a second end opposite to each other, the first end being disposed on the corner of one vertical tube ; and a locking portion disposed on the second end , the locking portion being adapted to engage with and disengage from one X-typed frame , which is rotatably connected to the slider on the said vertical tube in response to motion of the latch body . a latch body , comprising a first end and a second end opposite to each other, the first end being disposed on the corner of one vertical tube ; and a locking portion disposed on the second end , the locking portion being adapted to engage with and disengage from one X-typed frame , which is rotatably connected to the slider on the said vertical tube in response to motion of the latch body .
A portable radiological cassette comprising: - a scintillator capable of converting an incident x-ray into a light signal, - a photosensitive slab capable of converting the light signal emitted by the scintillator into an electrical charge, the scintillator and the photosensitive slab forming a panel , the panel having a front face intended to receive the incident x-ray and a rear face opposite the front face , - an electronic circuit board ensuring the conversion of the electrical charge into a digital image, - a mechanical protection housing , in which the panel and the electronic circuit board are disposed, having a top face and a bottom face ; the top face of the mechanical protection housing comprising: - a first layer of rigid material, - a second layer of rigid material, the second layer of rigid material being in contact with the front face of the panel , - a layer of cellular material disposed between the first and the second layer of rigid material, the portable radiological cassette being characterised in that the layer of cellular material is in contact with the first layer of rigid material and with the second layer of rigid material . - a scintillator capable of converting an incident x-ray into a light signal, - a photosensitive slab capable of converting the light signal emitted by the scintillator into an electrical charge, the scintillator and the photosensitive slab forming a panel , the panel having a front face intended to receive the incident x-ray and a rear face opposite the front face , - an electronic circuit board ensuring the conversion of the electrical charge into a digital image, - a mechanical protection housing , in which the panel and the electronic circuit board are disposed, having a top face and a bottom face ; - a first layer of rigid material, - a second layer of rigid material, the second layer of rigid material being in contact with the front face of the panel , - a layer of cellular material disposed between the first and the second layer of rigid material, the portable radiological cassette being characterised in that the layer of cellular material is in contact with the first layer of rigid material and with the second layer of rigid material .
A method for configuring IP multimedia subsystem, IMS, parameters, the method comprises: an application processor in a mobile terminal acquiring an international mobile subscriber identity from a baseband processor through a preset command; the application processor in the mobile terminal collecting IMS configuration parameters, and associating a mobile country code and a mobile network code in the international mobile subscriber identity with the IMS configuration parameters, characterized in that the IMS configuration parameters are collected correspondingly through an MTK platform according to a request of an operator, and the mobile country code and the mobile network code in the international mobile subscriber identity of a SIM card are associated with the IMS configuration parameters according to a request of the operator, so that the baseband processor identifies the IMS configuration parameters of the operator; the application processor in the mobile terminal sending the mobile country code, the mobile network code and the IMS configuration parameters to the baseband processor; and the baseband processor in the mobile terminal receiving the IMS configuration parameters from the application processor, and setting the IMS configuration parameters corresponding to the operator according to the mobile country code and the mobile network code; wherein the method further comprises: directly modifying the IMS configuration parameters at the application processor to complete a verification test and perform an update when an IMS configuration of the mobile terminal needs to be updated. an application processor in a mobile terminal acquiring an international mobile subscriber identity from a baseband processor through a preset command; the application processor in the mobile terminal collecting IMS configuration parameters, and associating a mobile country code and a mobile network code in the international mobile subscriber identity with the IMS configuration parameters, characterized in that the IMS configuration parameters are collected correspondingly through an MTK platform according to a request of an operator, and the mobile country code and the mobile network code in the international mobile subscriber identity of a SIM card are associated with the IMS configuration parameters according to a request of the operator, so that the baseband processor identifies the IMS configuration parameters of the operator; the application processor in the mobile terminal sending the mobile country code, the mobile network code and the IMS configuration parameters to the baseband processor; and the baseband processor in the mobile terminal receiving the IMS configuration parameters from the application processor, and setting the IMS configuration parameters corresponding to the operator according to the mobile country code and the mobile network code; wherein the method further comprises: directly modifying the IMS configuration parameters at the application processor to complete a verification test and perform an update when an IMS configuration of the mobile terminal needs to be updated.
Method for supporting a lane change for the driver of a vehicle which is moving in a direction of travel on a lane of a roadway, wherein the method has the following steps: by using sensor data, detecting a further vehicle which is approaching the vehicle of the driver from behind; by means of a data processing unit , checking whether a change of the vehicle to another lane of the same roadway is possible and permissible as soon as an approaching vehicle has been detected; and by means of the data processing unit , informing the driver of the vehicle via a user interface to the effect that another vehicle is approaching, and outputting control signals to activate a steering unit of the vehicle in order to trigger an automatic lane change of the vehicle if such a lane change to another lane of the same roadway is possible and permissible, wherein a relative speed between the measured speed of travel of the vehicle of the driver and a measured speed of travel of the other vehicle is calculated, characterized in that the vehicle of the driver is accelerated before and/or during the lane change of the vehicle to the free lane if the calculated relative speed between the vehicle of the driver and the detected other vehicle which is approaching the vehicle of the driver from behind exceeds a predefined threshold value, in order to avoid a collision between the two vehicles. by using sensor data, detecting a further vehicle which is approaching the vehicle of the driver from behind; by means of a data processing unit , checking whether a change of the vehicle to another lane of the same roadway is possible and permissible as soon as an approaching vehicle has been detected; and by means of the data processing unit , informing the driver of the vehicle via a user interface to the effect that another vehicle is approaching, and outputting control signals to activate a steering unit of the vehicle in order to trigger an automatic lane change of the vehicle if such a lane change to another lane of the same roadway is possible and permissible, wherein a relative speed between the measured speed of travel of the vehicle of the driver and a measured speed of travel of the other vehicle is calculated, characterized in that the vehicle of the driver is accelerated before and/or during the lane change of the vehicle to the free lane if the calculated relative speed between the vehicle of the driver and the detected other vehicle which is approaching the vehicle of the driver from behind exceeds a predefined threshold value, in order to avoid a collision between the two vehicles.
Elevator car comprising a servicing window for an elevator, in which all elements to be serviced and to be tested are arranged on the outside opposite a single side of the elevator car, characterized in that , on this side, a part that is arranged more than 85 cm above the car floor of the car wall is designed to be removable from inside the car, said part being at least 95 cm high and, after being removed, being able to lean against said car wall while resting on the car floor in order to form a balustrade , at least one spacer being provided between this removable part and the lower part of the car wall such that the distance between the inner side of the side wall part placed on the floor that faces the car and the elements of the elevator drive that are moving relative to the moving elevator car is at least 10 cm.
A communication method comprising before a power adapter charges a terminal : sending, by the power adapter , a first handshake request message to the terminal ; receiving, by the power adapter , a first handshake response message from the terminal , in which the first handshake response message comprises first information indicating that the terminal supports a quick charging mode, determining, by the power adapter , a charging mode in the initial charging parameter as the quick charging mode, according to the first information, sending, by the power adapter , a second handshake request message to the terminal ; receiving, by the power adapter , a second handshake response message from the terminal , in which the second handshake response message comprises second information indicating a type or a model of the terminal ; determining, by the power adapter , a charging voltage and/or a charging current in the initial charging parameter according to the second information, and charging, by the power adapter , the terminal according to the initial charging parameter in accordance with the determined charging mode and the determined charging voltage and/or a charging current. sending, by the power adapter , a first handshake request message to the terminal ; receiving, by the power adapter , a first handshake response message from the terminal , in which the first handshake response message comprises first information indicating that the terminal supports a quick charging mode, determining, by the power adapter , a charging mode in the initial charging parameter as the quick charging mode, according to the first information, sending, by the power adapter , a second handshake request message to the terminal ; receiving, by the power adapter , a second handshake response message from the terminal , in which the second handshake response message comprises second information indicating a type or a model of the terminal ; determining, by the power adapter , a charging voltage and/or a charging current in the initial charging parameter according to the second information, and charging, by the power adapter , the terminal according to the initial charging parameter in accordance with the determined charging mode and the determined charging voltage and/or a charging current.
A biomaterial, in particular for tissue regeneration, comprising an openly porous, bioabsorbable first material fraction and a second material fraction that is stiffer than the first material fraction and forms a load-bearing support structure, wherein the volume fraction of the stiffer material is less than 30 % of the total volume of the biomaterial, wherein the total volume consists of the volume of the biomaterial and the volume of voids enclosed by the biomaterial, the structural stiffness of the second material fraction is at least 10 times higher than that of the first material fraction, and the second material fraction is an integral part of the biomaterial surrounded by the first material fraction, as in an endoskeleton, such that the first material fraction is structurally integrated into the second material fraction in a form-fitting manner.
A bispecific molecule comprising at least one anti-CD38 domain and at least one anti-PD-L1 domain, which are capable of simultaneous binding to CD38 and PD-L1 antigens, respectively, which bispecific molecule is a full length antibody comprising two heavy chains and four light chains, wherein each heavy chain comprises a. a Fc region comprising Hinge-CH2-CH3 domains, b. which Fc region is linked to Fab heavy chain (CH1-VH) of antibody 1 (Ab1), c. which in turn is linked to the Fab heavy chain (CH1-VH) of antibody 2 (Ab2), by a hinge-derived polypeptide linker sequence, wherein said polypeptide linker sequence links the N-terminus of said Fab heavy chain VH domain of Ab1 with the C-terminus of said CH1 domain of Ab2, and the four light chains comprise Fab light chains (CL-VL) of Ab1 and Fab light chains (CL-VL) of Ab2 associated with their cognate heavy chain domains; Ab1 and Ab2 being different and selected from the group consisting of anti-CD38 antibodies and anti-PD-L1 antibodies. wherein each heavy chain comprises a. a Fc region comprising Hinge-CH2-CH3 domains, b. which Fc region is linked to Fab heavy chain (CH1-VH) of antibody 1 (Ab1), c. which in turn is linked to the Fab heavy chain (CH1-VH) of antibody 2 (Ab2), by a hinge-derived polypeptide linker sequence, wherein said polypeptide linker sequence links the N-terminus of said Fab heavy chain VH domain of Ab1 with the C-terminus of said CH1 domain of Ab2, a. a Fc region comprising Hinge-CH2-CH3 domains, b. which Fc region is linked to Fab heavy chain (CH1-VH) of antibody 1 (Ab1), c. which in turn is linked to the Fab heavy chain (CH1-VH) of antibody 2 (Ab2), by a hinge-derived polypeptide linker sequence, wherein said polypeptide linker sequence links the N-terminus of said Fab heavy chain VH domain of Ab1 with the C-terminus of said CH1 domain of Ab2, and the four light chains comprise Fab light chains (CL-VL) of Ab1 and Fab light chains (CL-VL) of Ab2 associated with their cognate heavy chain domains; Ab1 and Ab2 being different and selected from the group consisting of anti-CD38 antibodies and anti-PD-L1 antibodies.
An operation cord comprising a cord whose both ends are coupled by means of a coupling portion , characterized in that the coupling portion has a first coupling part and a second coupling part which are coupled with each other directly or via a coupling member , one of the coupling parts or the coupling member adjacent to each other has a fitting protrusion , and the other of the coupling parts or the coupling member adjacent to each other has a fitting hole capable of fitting with the fitting protrusion , and the fitting protrusion is capable of fitting with the fitting hole through being inserted into the fitting hole and subsequently rotated.
Pneumatic vehicle tyre with a tread comprising profile positives, such as profile strips or rows of tread bars, which are arranged over the circumference of the tread according to a pitch sequence comprising at least two pitches (L, M, K) with different circumferential lengths (l L , l M , l K ), and comprising at least one circumferential groove , made to the depth of the tread pattern (T 1 ) and having a groove base , groove flanks and groove edges , wherein there are formed on the groove base a multiplicity of spaced-apart, freestanding projections , which have a height (h 1 ) of 10% to 30% of the depth of the tread pattern (T 1 ), a width (b 1 ) of 25% to 40% of the width (B 1 ) of the circumferential groove and a length of extent (l 1 ) of 15% to 40% of the circumferential length (l L , l M , l K ) of the respective pitch (L, M, K), characterized in that to the sides of each freestanding projection both groove edges of the circumferential groove are bevelled in certain portions in such a way that the groove flanks have bevels (2'b), which respectively protrude beyond the freestanding projection in the circumferential direction, at least on one side, run in relation to the radial direction at an angle (β) of 35° to 55° and have a width (b F ) of 1.2 mm to 2.0 mm.