mhurhangee/patent-ind-claim-en huggingface dataset:
A mixer for generating an analog output signal X OUT from an analog input signal X IN using a mixing signal having an adjustable mixing frequency f MIX , the mixer comprising: a scaler being configured to sample the analog input signal X IN at a plurality of discrete points in time k with a sampling frequency f S to obtain a sampled analog input signal X IN [k] having a continuous signal value, and to generate the analog output signal X OUT having a continuous signal value by scaling the sampled analog input signal X IN [k] on the basis of a plurality of scaling coefficients A[k], wherein the scaling coefficients A[k] are a time-discrete representation of the mixing signal, and the scaling coefficients A[k] are provided by the scaler on the basis of a control code stored in the scaler; wherein the mixer comprises an input terminal and an output terminal connected to the scaler and wherein the scaler comprises a plurality of unit cells connected in parallel to the input terminal , wherein each unit cell comprises a unit cell capacitor, wherein the unit cell capacitor of the i-th unit cell has a capacitance C ui and wherein the sum of the capacitances of the unit cells defines a total capacitance C s , and wherein each unit cell comprises a charge transfer switch for connecting the unit cell capacitor of each unit cell to the output terminal , wherein the scaler is configured to control the charge transfer switch of each unit cell for scaling the sampled analog input signal X IN [k] on the basis of the plurality of scaling coefficients A[k].
A display device comprising: pixel rows including pixels (PXL) arranged along a first direction (DR1), the pixel rows being repeatedly arranged along a second direction (DR2) crossing the first direction (DR1); pixel columns (PR) including pixels (PXL) arranged along the second direction (DR2), the pixel columns (PR) being repeatedly arranged along the first direction (DR1); data lines connected to respective pixel columns (PR), each of the data lines including a first sub-data line (Dja) provided at one side of a corresponding pixel column (PR) and a second sub-data line (Djb) provided at another side of the corresponding pixel column (PR); scan lines (SO-Sn) extending along the first direction (DR1), the scan lines (S0-Sn) being connected to respective pixel rows; and a power line (PL) configured to supply driving power to the pixels (PXL), wherein one of the pixels (PXL) of the pixel columns (PR) is connected to the first sub-data line (Dja), and a pixel (PXL) adjacent to the pixel (PXL) connected to the first sub-data line (Dja) is connected to the second sub-data line (Djb) wherein the first sub-data line (Dja) and the second sub-data line (Djb) in the same pixel column (PR) are on different layers, characterized in that two sub data lines (Djb, Dj+1a) are disposed between the corresponding pixel column (PR) and one pixel column adjacent to the corresponding pixel column (PR), and the two sub data lines (Djb, Dj+1a) are disposed on a same layer. pixel rows including pixels (PXL) arranged along a first direction (DR1), the pixel rows being repeatedly arranged along a second direction (DR2) crossing the first direction (DR1); pixel columns (PR) including pixels (PXL) arranged along the second direction (DR2), the pixel columns (PR) being repeatedly arranged along the first direction (DR1); data lines connected to respective pixel columns (PR), each of the data lines including a first sub-data line (Dja) provided at one side of a corresponding pixel column (PR) and a second sub-data line (Djb) provided at another side of the corresponding pixel column (PR); scan lines (SO-Sn) extending along the first direction (DR1), the scan lines (S0-Sn) being connected to respective pixel rows; and a power line (PL) configured to supply driving power to the pixels (PXL), wherein one of the pixels (PXL) of the pixel columns (PR) is connected to the first sub-data line (Dja), and a pixel (PXL) adjacent to the pixel (PXL) connected to the first sub-data line (Dja) is connected to the second sub-data line (Djb) wherein the first sub-data line (Dja) and the second sub-data line (Djb) in the same pixel column (PR) are on different layers, characterized in that two sub data lines (Djb, Dj+1a) are disposed between the corresponding pixel column (PR) and one pixel column adjacent to the corresponding pixel column (PR), and the two sub data lines (Djb, Dj+1a) are disposed on a same layer.
A starter generator system comprising: an engine driving a first belt and engaged with a second belt through a one-way clutch ; a starter generator ; and an accessory engaged with the second belt through an accessory clutch; characterized in that : the starter generator is configured to be driven by the engine through the second belt or to drive the engine through the second belt according to an engine condition; and the accessory is drivable by the first belt or the second belt . an engine driving a first belt and engaged with a second belt through a one-way clutch ; a starter generator ; and an accessory engaged with the second belt through an accessory clutch; characterized in that : the starter generator is configured to be driven by the engine through the second belt or to drive the engine through the second belt according to an engine condition; and the accessory is drivable by the first belt or the second belt . the starter generator is configured to be driven by the engine through the second belt or to drive the engine through the second belt according to an engine condition; and the accessory is drivable by the first belt or the second belt .
A substrate handling system, comprising an infeed system for feeding stacked substrates and comprising a processing machine for processing stacked substrates, in particular a printing press for printing stacked substrates, a robot cell being provided between the infeed system and the processing machine , and the robot cell comprising one or two gripper systems (3.2), each for handling a plurality of substrates, the robot cell comprising a dual-arm robot (3.1), characterized in that the robot cell is configured in such a way that selectively differently stacked substrates feedable by the infeed system can be handled, the infeed system feeding substrate piles made of substrates that are present in containers (2.3) and/or separated by stacking aids , and the dual-arm robot (3.1) gripping a partial pile of the substrate pile . a robot cell being provided between the infeed system and the processing machine , and the robot cell comprising one or two gripper systems (3.2), each for handling a plurality of substrates, the robot cell comprising a dual-arm robot (3.1), characterized in that the robot cell is configured in such a way that selectively differently stacked substrates feedable by the infeed system can be handled, the infeed system feeding substrate piles made of substrates that are present in containers (2.3) and/or separated by stacking aids , and the dual-arm robot (3.1) gripping a partial pile of the substrate pile .
A method, comprising: cross-correlating using a coherent correlator a received signal sequence with a first correlation sequence to derive a first correlation pattern indicating occurrences of the first correlation sequence within the received signal sequence, wherein the first correlation sequence is a chirp sequence; and cross-correlating using a non-coherent correlator the first correlation pattern with a first correlation sequence pattern to detect a first signal sequence comprising occurrences of the first correlation sequence as indicated by the first correlation sequence pattern, within the received signal sequence. cross-correlating using a coherent correlator a received signal sequence with a first correlation sequence to derive a first correlation pattern indicating occurrences of the first correlation sequence within the received signal sequence, wherein the first correlation sequence is a chirp sequence; and cross-correlating using a non-coherent correlator the first correlation pattern with a first correlation sequence pattern to detect a first signal sequence comprising occurrences of the first correlation sequence as indicated by the first correlation sequence pattern, within the received signal sequence.
A method at a User Equipment, UE, of supporting location of the UE using a Secure User Plane Location, SUPL, session over a Fifth Generation, 5G, New Radio, NR, data connection, the method comprising: establishing the 5G NR data connection between the UE and a SUPL Location Platform, SLP; determining cell data, the cell data comprising information regarding a 5G NR serving cell of the UE; and sending a SUPL message to the SLP as part of the SUPL session, the SUPL message comprising a Location ID, LID, parameter having a Long-Term Evolution, LTE, Cell Information data field, wherein the cell data is included in the LTE Cell Information data field. establishing the 5G NR data connection between the UE and a SUPL Location Platform, SLP; determining cell data, the cell data comprising information regarding a 5G NR serving cell of the UE; and sending a SUPL message to the SLP as part of the SUPL session, the SUPL message comprising a Location ID, LID, parameter having a Long-Term Evolution, LTE, Cell Information data field, wherein the cell data is included in the LTE Cell Information data field.
A dialysis concentrate container for single-use, having a container portion which can be filled with dialysis concentrate and a coupling portion connected thereto for coupling the dialysis concentrate container to a dialysis machine, the coupling portion having laterally spaced fluid coupling elements for connecting to a fluid outlet and a fluid inlet of the dialysis machine, characterized in that the container portion is configured as a rigid box, in that the coupling portion is further arranged at the lower end of the container portion , and in that the coupling portion is formed by a plate body which can be clamped into a coupling block of the dialysis machine, and on the lower side of which the fluid coupling elements are formed, one of which being connected to a liquid inlet and one to a liquid outlet of the container portion , that the container portion has an upper box-like region and in its lower region transitions into two laterally spaced legs which are connected to the coupling portion and are configured as hollow posts, one forming the liquid inlet and the other one forming the liquid outlet of the container body, respectively, and in that the plate-like coupling portion can be clamped into the coupling block of the dialysis machine with its central region lying between the two pipe sockets .
A method of evaluating a resistance welding quality for a cylindrical battery including a case formed of aluminum or an alloy thereof and the cylindrical battery includes a welding portion, comprising: measuring an eddy current signal along a line connecting an opposite end via a welding portion at one end of one plane including the welding portion, on the plane; analyzing the measured eddy current signal; and determining a resistance welding quality by comparing an eddy current signal value at the welding portion with an eddy current signal value at a point other than the welding portion, wherein a peak value of the eddy current signal measured at a point other than the welding portion is set as a reference value, a minimum value of the eddy current signal measured at the welding portion is set as a physical property value, and determining the resistance welding quality includes calculating a difference between the reference value and the physical property value, and determining the resistance welding as being defective when the calculated value is outside a preset range, and wherein the reference value is an average value of respective peak values of the eddy current signal measured near both ends. measuring an eddy current signal along a line connecting an opposite end via a welding portion at one end of one plane including the welding portion, on the plane; analyzing the measured eddy current signal; and determining a resistance welding quality by comparing an eddy current signal value at the welding portion with an eddy current signal value at a point other than the welding portion, wherein a peak value of the eddy current signal measured at a point other than the welding portion is set as a reference value, a minimum value of the eddy current signal measured at the welding portion is set as a physical property value, and determining the resistance welding quality includes calculating a difference between the reference value and the physical property value, and determining the resistance welding as being defective when the calculated value is outside a preset range, and wherein the reference value is an average value of respective peak values of the eddy current signal measured near both ends.
Method for controlling lamp operating devices connected to a bus system , by means of at least one local command emitter which is likewise connected to the bus system , wherein a central clock pulse generator is connected to the bus system, wherein the lamp operating devices are controlled via transmission of data packets , wherein each of the data packets includes segments transmitted one after another, wherein, after initiation of the data packet transmission by the central clock pulse generator, the local command emitter fills up a segment (30 1 , 30 2 , 30 n ) of the data packet assigned to it with data, wherein the data from the at least one local command emitter include control information generated by it for controlling the lamp operating devices , wherein filling up includes the local command emitter sending the control information generated by it in the corresponding segment of the data packet, characterized in that the central clock pulse generator monitors the at least one local command emitter , in the event the central clock pulse generator detects that the at least one local command emitter is unable to fill up the assigned segment (30 1 , 30 2 , 30 n ) of the data packet , the central clock pulse generator in this event fills up the corresponding segment (30 1 , 30 2 , 30 n ) of the data packet with the data last sent by this local command emitter and sends said segment.
A catheter system for treating a treatment site within or adjacent to a vessel wall or a heart valve, the catheter system comprising: a light source configured to generate light energy; a first light guide configured to receive the light energy from the light source, the first light guide having a guide proximal end; a second light guide configured to receive the light energy from the light source, the second light guide having a guide proximal end; and a guide bundle that is in optical communication with the light source, the guide bundle bundling the first light guide and the second light guide, the guide bundle including a first ferrule that engages the guide proximal end of the first light guide and a second ferrule that engages the guide proximal end of the second light guide; and a receptacle assembly including (i) a first receptacle hole that is configured to receive the first ferrule, and (ii) a second receptacle hole that is configured to receive the second ferrule; wherein the receptacle assembly includes a retainer assembly including a clamping bar that is configured to apply a retaining force onto the first ferrule and the second ferrule so as to retain (i) the first ferrule in the first receptacle hole, and (ii) the second ferrule in the second receptacle hole. a light source configured to generate light energy; a first light guide configured to receive the light energy from the light source, the first light guide having a guide proximal end; a second light guide configured to receive the light energy from the light source, the second light guide having a guide proximal end; and a guide bundle that is in optical communication with the light source, the guide bundle bundling the first light guide and the second light guide, the guide bundle including a first ferrule that engages the guide proximal end of the first light guide and a second ferrule that engages the guide proximal end of the second light guide; and a receptacle assembly including (i) a first receptacle hole that is configured to receive the first ferrule, and (ii) a second receptacle hole that is configured to receive the second ferrule; wherein the receptacle assembly includes a retainer assembly including a clamping bar that is configured to apply a retaining force onto the first ferrule and the second ferrule so as to retain (i) the first ferrule in the first receptacle hole, and (ii) the second ferrule in the second receptacle hole.
Polymerizable duromer composition comprising a) a di- or polyfunctional organic cyanate ester resin, b) a naphthalene-based epoxy resin; and c1) at least one phosphorus-containing phenol, wherein the phosphorus-containing phenol contains one of the following structural units: wherein n is a number between 1 and 1000, o is a number between 0 and 4, p is a number between 0 and 4, r is a number between 0 and 3, R 1 is a C 1 -C 10 -alkyl, R 2 is a C 1 -C 10 -alkyl and R 3 is a C 1 -C 10 -alkyl or wherein s is a number between 1 and 1000, t is a number between 0 and 4 and R 4 is a C 1 -C 10 -alkyl. a) a di- or polyfunctional organic cyanate ester resin, b) a naphthalene-based epoxy resin; and c1) at least one phosphorus-containing phenol, n is a number between 1 and 1000, o is a number between 0 and 4, p is a number between 0 and 4, r is a number between 0 and 3, R 1 is a C 1 -C 10 -alkyl, R 2 is a C 1 -C 10 -alkyl and R 3 is a C 1 -C 10 -alkyl s is a number between 1 and 1000, t is a number between 0 and 4 and R 4 is a C 1 -C 10 -alkyl.
Steam device for an ironing apparatus comprising a hand-held appliance , the steam device having the following features: a first heating element which is designed to at least partially vaporize a liquid and provide it as steam; a pump which is designed to convey the liquid to the first heating element ; a second heating element which is designed to further heat the steam provided by the first heating element and to provide it as further heated steam to the hand-held appliance ; the steam device being characterized in that it has the following feature: a branch element which has a normal position associated with a normal operating state of the ironing apparatus and a boost position associated with a boost state of the ironing apparatus , the branch element being designed to provide the steam provided by the first heating element to the hand-held appliance in the normal position and to guide it to the second heating element in the boost position. a first heating element which is designed to at least partially vaporize a liquid and provide it as steam; a pump which is designed to convey the liquid to the first heating element ; a second heating element which is designed to further heat the steam provided by the first heating element and to provide it as further heated steam to the hand-held appliance ; the steam device being characterized in that it has the following feature: a branch element which has a normal position associated with a normal operating state of the ironing apparatus and a boost position associated with a boost state of the ironing apparatus , the branch element being designed to provide the steam provided by the first heating element to the hand-held appliance in the normal position and to guide it to the second heating element in the boost position.
Cosmetic composition comprising, in a physiologically acceptable medium, at least one microcapsule comprising at least: - a core, - a first laminated coating surrounding said core comprising at least 45% by weight of the total weight of a microcapsule of multilayer interference particles comprising at least one iron oxide, and - a second laminated coating surrounding said first coating, comprising between 10% and 40% by weight of titanium dioxide relative to the total weight of a microcapsule, said multilayer interference particles being released from said microcapsule(s) only when said composition is applied on a keratin material such as keratin fibers or the skin, wherein the ratio by weight between the total quantity of iron oxide(s) and the total quantity of titanium dioxide present in the microcapsules is between 0.25 and 0.85. - a core, - a first laminated coating surrounding said core comprising at least 45% by weight of the total weight of a microcapsule of multilayer interference particles comprising at least one iron oxide, and - a second laminated coating surrounding said first coating, comprising between 10% and 40% by weight of titanium dioxide relative to the total weight of a microcapsule,
Parking robot for a motor vehicle , wherein the parking robot has a holding device for firmly holding a wheel of the motor vehicle , wherein at least one drive installation is in each case disposed at least indirectly on two opposite sides of the holding device , said drive installation having in each case one height-adjustable running gear having at least one parking robot wheel and at least one drive machine for driving the at least one parking robot wheel , wherein the running gear is conceived for adjusting the holding device relative to the at least one parking robot wheel between a lowered position and a raised position, and the parking robot is conceived for autonomously moving the wheel of the motor vehicle to a receiving position in which the holding device firmly holds the wheel and by adjusting the holding device to the raised position by means of the height-adjustable running gear is conceived for raising the firmly held wheel of the motor vehicle relative to the respective parking robot wheels , characterized in that the respective drive installation has in each case one central threaded bar which at one end is at least indirectly coupled rigidly to the holding device , and the running gear of the respective drive installation has in each case one threaded nut which is mounted so as to be rotatable about the respective central threaded bar and is at least indirectly coupled to the at least one parking robot wheel , and the respective drive installation , by correspondingly rotating the threaded nut about the respective central threaded bar , by way of the respective central threaded bars , is conceived for adjusting the holding device relative to the respective threaded nut between the lowered and the raised position.