mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device, comprising: an electronic circuit (100; 21); a holding circuit (32; 32, 130, 132) that is configured to hold a voltage based on an electric current from a power supply circuit ; an electric current source including a transistor (M10-M30) having a drain part connected to the electronic circuit and a gate part connected to the holding circuit and the drain part, the electric current source being configured to supply the electronic circuit with an electric current generated by the voltage held in the holding circuit; a first switch (SWD) and a second switch (SWS) that are provided between the power supply circuit and the holding circuit (32; 32, 130, 132) and control an electrical connection between the power supply circuit and the holding circuit, wherein: the holding circuit and the drain part are connected to each other via the first switch; and the power supply circuit and the first switch are connected to each other via the second switch. an electronic circuit (100; 21); a holding circuit (32; 32, 130, 132) that is configured to hold a voltage based on an electric current from a power supply circuit ; an electric current source including a transistor (M10-M30) having a drain part connected to the electronic circuit and a gate part connected to the holding circuit and the drain part, the electric current source being configured to supply the electronic circuit with an electric current generated by the voltage held in the holding circuit; a first switch (SWD) and a second switch (SWS) that are provided between the power supply circuit and the holding circuit (32; 32, 130, 132) and control an electrical connection between the power supply circuit and the holding circuit, wherein: the holding circuit and the drain part are connected to each other via the first switch; and the power supply circuit and the first switch are connected to each other via the second switch. the holding circuit and the drain part are connected to each other via the first switch; and the power supply circuit and the first switch are connected to each other via the second switch.
Method for lithography-based generative manufacturing of a three-dimensional component, in which a beam emitted by an electromagnetic radiation source is split with a beam splitter into a plurality of beams which are focused by means of an optical imaging unit onto focal points within a material and the focal points are displaced by means of a deflection unit arranged upstream of the optical imaging unit in the beam direction, whereby volume elements of the material located at the respective focal points are successively solidified by means of multiphoton absorption, characterized in that a spatial light modulator is provided with a plurality of electronically controllable pixels which are scanned by the plurality of beams and which are switched individually between at least one on-state and an off-state depending on the geometry of the component to be realized, so that the respective beam is guided to the imaging unit only in the at least one on-state.
A pharmaceutical combination of (i) at least one biocompatible nanoparticle, said biocompatible nanoparticle comprising at least one oligomer of albumin (n≥2) or consisting in an oligomer of albumin, and of (ii) at least one pharmaceutical compound comprising or consisting in at least one antibody, wherein the longest or largest dimension of the at least one biocompatible nanoparticle is between about 4 nm and about 500 nm, for use in a therapeutic, prophylactic or diagnostic method in a subject in need thereof, the therapeutic, prophylactic or diagnostic method comprising a step of administering the pharmaceutical compound to the subject and a distinct step of administering the at least one nanoparticle, said at least one nanoparticle being administered to the subject between more than 5 minutes and about 72 hours after the pharmaceutical compound, and wherein the biocompatible nanoparticle is not used as such as a pharmaceutical compound.
A method performed in a network node for selecting a codebook, the network node supporting a multiple antenna communication mode for communication with a communication device , the method comprising: - measuring received power of a signal from the communication device , and - selecting , based at least on the received power, between a first codebook adapted for a coverage limited scenario and a second codebook adapted for an interference limited scenario, for use in codebook based precoding in uplink. - measuring received power of a signal from the communication device , and - selecting , based at least on the received power, between a first codebook adapted for a coverage limited scenario and a second codebook adapted for an interference limited scenario, for use in codebook based precoding in uplink.
A neuromodulation apparatus comprising: a plurality of electrodes , each electrode of the plurality of electrodes having an electrically conductive element applicable to or under a skin of a patient ; a pulse generator electrically connected to each electrode of the plurality of electrodes for transmitting electric pulses to the plurality of electrodes; and a control unit coupled to the pulse generator and adapted to periodically measure a resistance and/or a current-voltage characteristic between at least two electrodes of the plurality of electrodes, wherein the control unit is adapted to control a shape of the electric pulses based on the measured resistance and/or current-voltage characteristic, wherein the control unit is configured to dynamically control an internal resistance of the pulse generator based on the periodical measurement of the resistance and/or the current-voltage characteristic. a plurality of electrodes , each electrode of the plurality of electrodes having an electrically conductive element applicable to or under a skin of a patient ; a pulse generator electrically connected to each electrode of the plurality of electrodes for transmitting electric pulses to the plurality of electrodes; and a control unit coupled to the pulse generator and adapted to periodically measure a resistance and/or a current-voltage characteristic between at least two electrodes of the plurality of electrodes, wherein the control unit is adapted to control a shape of the electric pulses based on the measured resistance and/or current-voltage characteristic, wherein the control unit is configured to dynamically control an internal resistance of the pulse generator based on the periodical measurement of the resistance and/or the current-voltage characteristic.
A double or single-side machining machine with a preferably annular first working disk which is attached to a first support disk , and with a counter-bearing element, wherein the first working disk and the counter-bearing element can be driven rotationally relative to each other via at least one drive shaft, wherein a working gap for single or double-sided machining of flat workpieces is formed between the first working disk and the counter-bearing element, wherein a pressure volume is arranged between the first support disk and the first working disk and is connected to a pressure fluid supply which can be controlled such that a pressure is built up in the pressure volume , which pressure generates a predefined deformation of the first working disk , and wherein tempering channels for tempering the first working disk are provided which are connected to a tempering fluid supply, characterized in that the tempering channels are arranged within the first working disk so that the tempering channels are arranged closer to the working gap than the pressure volume , and that the tempering channels are not in connection with the pressure volume .
Compound represented by formula 2 below, a stereoisomer thereof, or a pharmaceutically acceptable salt thereof, for use in enhancing immunity in cancer:
A cable hanger , comprising: a first half including a main body with a first cable recess , a latch adapted for mounting to a mounting structure , and a first securing feature ; a second half including a main body with a second cable recess , a bore adapted for receiving the latch of a second cable hanger , and a second securing feature ; wherein the first half is mated with the second half such that the first and second cable recesses form a pocket for receiving and grasping a cable , and wherein the first and second securing features engage to maintain the first half and the second half in a mated condition, and wherein the main body of the first half includes a bore that is coaxial with the latch , and wherein the cable hanger further comprises a plunger , the plunger configured to reside in the bore of the first half and maintain the latch in a latched condition, and wherein the plunger is attached to the first half within the bore of the first half via breakaway tabs and configured to break away from the bore of the first half to be moved to maintain the latch in the latched condition. a first half including a main body with a first cable recess , a latch adapted for mounting to a mounting structure , and a first securing feature ; a second half including a main body with a second cable recess , a bore adapted for receiving the latch of a second cable hanger , and a second securing feature ; wherein the first half is mated with the second half such that the first and second cable recesses form a pocket for receiving and grasping a cable , and wherein the first and second securing features engage to maintain the first half and the second half in a mated condition, and wherein the main body of the first half includes a bore that is coaxial with the latch , and wherein the cable hanger further comprises a plunger , the plunger configured to reside in the bore of the first half and maintain the latch in a latched condition, and wherein the plunger is attached to the first half within the bore of the first half via breakaway tabs and configured to break away from the bore of the first half to be moved to maintain the latch in the latched condition.
A polyurethane encapsulating compound for embedding hollow fibers of filter elements, obtainable by mixing a polyol component (A) and an isocyanate component (B) to give a reaction mixture and reacting the mixture to completion to give the polyurethane encapsulating compound, wherein the polyol component (A) comprises (a1) at least one fatty-acid-based polyol having a hydroxyl number of greater than 50 to less than 500 mg KOH/g and a functionality of from 2 to 6 and (a2) at least one bismuth catalyst, obtainable by mixing a bismuth carboxylate (a2-I) with an amine compound (a2-II) having at least one tertiary nitrogen atom and at least one isocyanate-reactive hydrogen atom, wherein the molar ratio of bismuth to the amine compound (a2-II) is 1:0.5 to 1:50. (a1) at least one fatty-acid-based polyol having a hydroxyl number of greater than 50 to less than 500 mg KOH/g and a functionality of from 2 to 6 and (a2) at least one bismuth catalyst, obtainable by mixing a bismuth carboxylate (a2-I) with an amine compound (a2-II) having at least one tertiary nitrogen atom and at least one isocyanate-reactive hydrogen atom, wherein the molar ratio of bismuth to the amine compound (a2-II) is 1:0.5 to 1:50.
A networking device comprising: a routing table of various prefix lengths, wherein each entry in the routing table specifies a prefix length and a distribution of address entries representing a number of routes associated with the specified prefix length; a random access memory , RAM; a ternary content address memory , TCAM; and a controller configured to: identify a first prefix length from the routing table, the identified first prefix length corresponding to a largest distribution of address entries among all the distributions of address entries in the routing table; generate a hash table in accordance with the distribution of address entries of the identified first prefix length, the hash table holding address entries corresponding to the first prefix length; wherein the networking device is configured to: store the first hash table in RAM ; and store a table holding address entries corresponding to a second prefix length in TCAM , the second prefix length corresponding to a smaller distribution of address entries than the distribution of address entries of the identified first prefix length. a routing table of various prefix lengths, wherein each entry in the routing table specifies a prefix length and a distribution of address entries representing a number of routes associated with the specified prefix length; a random access memory , RAM; a ternary content address memory , TCAM; and a controller configured to: identify a first prefix length from the routing table, the identified first prefix length corresponding to a largest distribution of address entries among all the distributions of address entries in the routing table; generate a hash table in accordance with the distribution of address entries of the identified first prefix length, the hash table holding address entries corresponding to the first prefix length; identify a first prefix length from the routing table, the identified first prefix length corresponding to a largest distribution of address entries among all the distributions of address entries in the routing table; generate a hash table in accordance with the distribution of address entries of the identified first prefix length, the hash table holding address entries corresponding to the first prefix length; wherein the networking device is configured to: store the first hash table in RAM ; and store a table holding address entries corresponding to a second prefix length in TCAM , the second prefix length corresponding to a smaller distribution of address entries than the distribution of address entries of the identified first prefix length. store the first hash table in RAM ; and store a table holding address entries corresponding to a second prefix length in TCAM , the second prefix length corresponding to a smaller distribution of address entries than the distribution of address entries of the identified first prefix length.
A method for capturing data of an identification document , comprising: capturing the data of the identification document ; electronically inserting the captured data of the identification document into an electronic document template assigned to the identification document in order to obtain a comparison template; generating a verification image from the comparison template; capturing an optical image of the identification document by an image camera in order to obtain a document image ; and electronically comparing the document image with the verification image in order to verify the capturing of the data, wherein the document template is a replica of the identification document , wherein in the step of electronically inserting the captured data are electronically inserted into data fields of the electronic document template , so that the document template is filled out with the data of the identification document , characterized in that the capturing of the data is performed by means of a keyboard. capturing the data of the identification document ; electronically inserting the captured data of the identification document into an electronic document template assigned to the identification document in order to obtain a comparison template; generating a verification image from the comparison template; capturing an optical image of the identification document by an image camera in order to obtain a document image ; and electronically comparing the document image with the verification image in order to verify the capturing of the data, wherein the document template is a replica of the identification document , wherein in the step of electronically inserting the captured data are electronically inserted into data fields of the electronic document template , so that the document template is filled out with the data of the identification document , characterized in that the capturing of the data is performed by means of a keyboard.
A scalable noise and vibration sensor comprising: an acceleration sensor (101; 301; 401) configured to generate a sense signal (102; 302; 402) representative of the acceleration that acts on the acceleration sensor (101; 301; 401); and a sense signal processing module (103; 303; 403) configured to process the sense signal (102; 302; 402) to provide a processed sense signal having an adjustable signal bandwidth and an adjustable signal dynamic; wherein the signal bandwidth extends between a lowest frequency and a highest frequency of the sense signal (102; 302; 402), and the signal dynamic is the ratio between a maximum amplitude of the sense signal and an output noise floor generated by the acceleration sensor (101; 301; 401), characterised in that the sense signal processing module (103; 303; 403) is further configured to adjust the signal bandwidth and the signal dynamic in accordance with a control signal (108; 311; 412; 507) so that the signal bandwidth increases when the signal dynamic decreases and vice versa. an acceleration sensor (101; 301; 401) configured to generate a sense signal (102; 302; 402) representative of the acceleration that acts on the acceleration sensor (101; 301; 401); and a sense signal processing module (103; 303; 403) configured to process the sense signal (102; 302; 402) to provide a processed sense signal having an adjustable signal bandwidth and an adjustable signal dynamic; wherein the signal bandwidth extends between a lowest frequency and a highest frequency of the sense signal (102; 302; 402), and the signal dynamic is the ratio between a maximum amplitude of the sense signal and an output noise floor generated by the acceleration sensor (101; 301; 401), characterised in that the sense signal processing module (103; 303; 403) is further configured to adjust the signal bandwidth and the signal dynamic in accordance with a control signal (108; 311; 412; 507) so that the signal bandwidth increases when the signal dynamic decreases and vice versa.
A method for controlling a Single Frequency Network, comprising: obtaining (S101) a service request sent by a User Equipment; and modifying a Single Frequency Network according to the service request, wherein modifying the Single Frequency Network according to the service request comprises: performing (S104) control of the Single Frequency Network; and sending (S105) signaling to a base station involved in the control of the Single Frequency Network. obtaining (S101) a service request sent by a User Equipment; and modifying a Single Frequency Network according to the service request, wherein modifying the Single Frequency Network according to the service request comprises: performing (S104) control of the Single Frequency Network; and sending (S105) signaling to a base station involved in the control of the Single Frequency Network. performing (S104) control of the Single Frequency Network; and sending (S105) signaling to a base station involved in the control of the Single Frequency Network.
Electrode pair comprising first and second equally segmented electrodes , wherein the first and second equally segmented electrodes a. have the desired morphology and composition for electron emission and plasma generation and stability, i. the generated plasma being a hollow cathode plasma, b. are elongated along a lengthwise direction, c. are of essentially identical elongated shape and size and adjacent to each other with their lengthwise directions in parallel to each other, d. are each divided perpendicularly to their length into the same number of at least two segments (21A, 21B, 21C and 22A, 22B, 22C), wherein i. each segment of the first electrode faces an equally sized segment of the second electrode , and ii. each segment of the first electrode and its facing segment (21A and 22A; 21B and 22B; 21C and 22C) of the second electrode forms a pair of electrode segments (A2, B2, C2). a. have the desired morphology and composition for electron emission and plasma generation and stability, i. the generated plasma being a hollow cathode plasma, i. the generated plasma being a hollow cathode plasma, b. are elongated along a lengthwise direction, c. are of essentially identical elongated shape and size and adjacent to each other with their lengthwise directions in parallel to each other, d. are each divided perpendicularly to their length into the same number of at least two segments (21A, 21B, 21C and 22A, 22B, 22C), wherein i. each segment of the first electrode faces an equally sized segment of the second electrode , and ii. each segment of the first electrode and its facing segment (21A and 22A; 21B and 22B; 21C and 22C) of the second electrode forms a pair of electrode segments (A2, B2, C2). i. each segment of the first electrode faces an equally sized segment of the second electrode , and ii. each segment of the first electrode and its facing segment (21A and 22A; 21B and 22B; 21C and 22C) of the second electrode forms a pair of electrode segments (A2, B2, C2).
Vehicle tyre having a tread , wherein the tread has at least one new-tyre identifier whose surface is at least partly higher than the surrounded surface of the tread , wherein the surface of the new-tyre identifier has at least one first region which is at most 150 micrometres higher than the surrounded surface of the tread , wherein the first region of the surface surrounds a second, lower region, characterized in that the second, lower region is at most 150 micrometres lower than the surrounded surface of the tread .