mhurhangee/patent-ind-claim-en huggingface dataset:
A method of receiving control information, the method comprising: receiving scheduling configuration information, wherein the scheduling configuration information comprises information about intervals of slots for which cross-slot scheduling configuration is possible; receiving slot format information; determining formats of at least one slot based on the scheduling configuration information and the slot format information; and receiving , based on a result of the determining, at least one of first type control information including a control information for scheduling uplink data and second type control information including a control information for scheduling downlink data, wherein determining of the formats comprises determining, based on the slot format information, formats of at least one slot available for uplink or downlink scheduling configured by the scheduling configuration information. receiving scheduling configuration information, wherein the scheduling configuration information comprises information about intervals of slots for which cross-slot scheduling configuration is possible; receiving slot format information; determining formats of at least one slot based on the scheduling configuration information and the slot format information; and receiving , based on a result of the determining, at least one of first type control information including a control information for scheduling uplink data and second type control information including a control information for scheduling downlink data, wherein determining of the formats comprises determining, based on the slot format information, formats of at least one slot available for uplink or downlink scheduling configured by the scheduling configuration information.
A process for the preparation of a frozen confection product comprising the steps of: a. Rotating a receptacle about a substantially vertical axis and depositing a continuous stream of one or more frozen confections into the receptacle; b. Depositing into the receptacle a batch of solid inclusions delivered as a particulate material into the receptacle independently from the continuous stream of frozen confection of step a.; and c. Cooling the product of step b. to -5 °C or lower; wherein, the duration of steps a. to b. is 2.0 seconds or less. a. Rotating a receptacle about a substantially vertical axis and depositing a continuous stream of one or more frozen confections into the receptacle; b. Depositing into the receptacle a batch of solid inclusions delivered as a particulate material into the receptacle independently from the continuous stream of frozen confection of step a.; and c. Cooling the product of step b. to -5 °C or lower;
A method performed by a computing device, comprising: injecting a runtime protector into a computing process at creation of the computing process; copying by the runtime protector a library stored in memory at a first address to a random second address of the memory; modifying by the runtime protector the library stored at the first address into a stub library; updating an address table mapped into an address space of the computing process to reference the second address, thereby causing non-malicious code of the computing process to access the library at the second address and causing malicious code injected into the computing process to access the stub library at the first address; detecting, by the runtime protector, the malicious code based on the malicious code accessing the stub library; subsequent to said determining, halting execution of the malicious code; obtaining a snapshot of at least the computing process in response to halting execution of the malicious code; performing a classification process using the snapshot to classify an exploit attempted by the malicious code to obtain a classification of the exploit; and handling the exploit based on the obtained classification. injecting a runtime protector into a computing process at creation of the computing process; copying by the runtime protector a library stored in memory at a first address to a random second address of the memory; modifying by the runtime protector the library stored at the first address into a stub library; updating an address table mapped into an address space of the computing process to reference the second address, thereby causing non-malicious code of the computing process to access the library at the second address and causing malicious code injected into the computing process to access the stub library at the first address; detecting, by the runtime protector, the malicious code based on the malicious code accessing the stub library; subsequent to said determining, halting execution of the malicious code; obtaining a snapshot of at least the computing process in response to halting execution of the malicious code; performing a classification process using the snapshot to classify an exploit attempted by the malicious code to obtain a classification of the exploit; and handling the exploit based on the obtained classification.
A bus system containing bus lines at which a number of bus users or gateway modules are connectable via a transceiver , wherein the transceiver is connected at a bus node by a cable, wherein, on a side of the transceiver facing the bus, a first connection line of the transceiver is connected at the first bus line and a second cable connection of the transceiver is connected at the second bus line , characterized - in that , on a side of the transceiver facing away from the bus, an intermediate bridge unit connects which comprises a first building module and a second building module , wherein the first building module has a first transmitter/receiver pair having a transmitter and a receiver and the second building module has a second transmitter/receiver pair having a transmitter and a receiver , wherein the first transmitter/receiver pair is coupled to the second transmitter/receiver pair via a radio interface using two gap modules, - in that the respective transmitter has a transmitter oscillator, an amplitude and/or phase and/or frequency modulator, and a dual mode antenna and wherein the respective receiver has a demodulator having a mixer and a dual mode antenna, - in that the second transmitter/receiver pair has the same structure as the first transmitter/receiver pair , and - in that the second transmitter/receiver pair is connected to a bus user or a gateway module via lines, wherein the bus user has a micro controller and a data bus controller and wherein the gateway module has a transceiver and a repeater . - in that , on a side of the transceiver facing away from the bus, an intermediate bridge unit connects which comprises a first building module and a second building module , wherein the first building module has a first transmitter/receiver pair having a transmitter and a receiver and the second building module has a second transmitter/receiver pair having a transmitter and a receiver , wherein the first transmitter/receiver pair is coupled to the second transmitter/receiver pair via a radio interface using two gap modules, - in that the respective transmitter has a transmitter oscillator, an amplitude and/or phase and/or frequency modulator, and a dual mode antenna and wherein the respective receiver has a demodulator having a mixer and a dual mode antenna, - in that the second transmitter/receiver pair has the same structure as the first transmitter/receiver pair , and - in that the second transmitter/receiver pair is connected to a bus user or a gateway module via lines, wherein the bus user has a micro controller and a data bus controller and wherein the gateway module has a transceiver and a repeater .
A manufacturing method for a prosthetic apparatus for dental purpose, comprising: acquiring scan data of a model that is a reproduction of at least a part of an inside of an oral cavity of a patient; creating shape data of a shaped body for dental purpose on a basis of the scan data; producing a shaped body on a basis of the shape data; covering at least a part of the shaped body and at least a part of the model with a film, the shaped body (3, 3A, 3B, 3C, 3D. 3E, 3F) being attached to the model ; releasing air in a part covered with the film to deform the film and bring the shaped body into close contact with the model ; and curing the shaped body in a state where the shaped body is in close contact with the model , wherein the producing the shaped body produces the shaped body with an optical shaping apparatus of a digital light processing method. acquiring scan data of a model that is a reproduction of at least a part of an inside of an oral cavity of a patient; creating shape data of a shaped body for dental purpose on a basis of the scan data; producing a shaped body on a basis of the shape data; covering at least a part of the shaped body and at least a part of the model with a film, the shaped body (3, 3A, 3B, 3C, 3D. 3E, 3F) being attached to the model ; releasing air in a part covered with the film to deform the film and bring the shaped body into close contact with the model ; and curing the shaped body in a state where the shaped body is in close contact with the model , wherein the producing the shaped body produces the shaped body with an optical shaping apparatus of a digital light processing method.
Apparatus for endovascularly replacing a patient's heart valve, the apparatus comprising: an expandable anchor supporting a replacement valve , the anchor and replacement valve being adapted for percutaneous delivery and deployment to replace the patient's heart valve, and a delivery system comprising: a delivery catheter adapted to deliver the anchor and replacement valve to a vicinity of the heart, and proximal anchor actuation elements comprising actuators that are releasably coupled to a proximal region of the anchor for manipulating a proximal region of the apparatus , wherein the anchor and the replacement valve are adapted to permit blood flow through the replacement valve and to prevent blood backflow through the replacement valve after the replacement valve exits the catheter and before final deployment of the anchor. an expandable anchor supporting a replacement valve , the anchor and replacement valve being adapted for percutaneous delivery and deployment to replace the patient's heart valve, and a delivery system comprising: a delivery catheter adapted to deliver the anchor and replacement valve to a vicinity of the heart, and proximal anchor actuation elements comprising actuators that are releasably coupled to a proximal region of the anchor for manipulating a proximal region of the apparatus , wherein the anchor and the replacement valve are adapted to permit blood flow through the replacement valve and to prevent blood backflow through the replacement valve after the replacement valve exits the catheter and before final deployment of the anchor. a delivery catheter adapted to deliver the anchor and replacement valve to a vicinity of the heart, and proximal anchor actuation elements comprising actuators that are releasably coupled to a proximal region of the anchor for manipulating a proximal region of the apparatus , wherein the anchor and the replacement valve are adapted to permit blood flow through the replacement valve and to prevent blood backflow through the replacement valve after the replacement valve exits the catheter and before final deployment of the anchor.
A device for the direct optical recording of skin prints, comprising a layered body which includes a placement surface , formed by a cover layer of the layered body , as well as a sensor layer and a light source unit , the sensor layer having light-sensitive elements arranged in a sensor grid and transparent regions , characterised in that - the light source unit is designed as a light guide layer and is arranged below the sensor layer , the light guide layer having a light coupling by means of LEDs on a narrow side, - the light guide layer is provided with light outcoupling structures which, on the basis of an angle of inclination of the light outcoupling structures and of differences in the refractive indices between the neighbouring layers of the light guide layer up to the cover layer , allow light to be coupled out from the light guide layer in a directed manner at a defined angle, which angle, after passing through all layers up to the cover layer , leads to total internal reflection (TIR) at the placement surface at the transition to air, and with a small divergence angle range of ≤ +/-15°, in order to achieve a high local resolution of the skin print to be recorded, - a first adhesive layer is present between the cover layer and the sensor layer and a second adhesive layer is present between the sensor layer and the light guide layer , wherein - the second adhesive layer has a refractive index which is at least 1% and at most 30% smaller than the refractive indices of the light guide layer and the sensor layer , the refractive indices of which are between 1.45 and 1.8, and - the first adhesive layer has a refractive index at least as great as that of the second adhesive layer . - the light source unit is designed as a light guide layer and is arranged below the sensor layer , the light guide layer having a light coupling by means of LEDs on a narrow side, - the light guide layer is provided with light outcoupling structures which, on the basis of an angle of inclination of the light outcoupling structures and of differences in the refractive indices between the neighbouring layers of the light guide layer up to the cover layer , allow light to be coupled out from the light guide layer in a directed manner at a defined angle, which angle, after passing through all layers up to the cover layer , leads to total internal reflection (TIR) at the placement surface at the transition to air, and with a small divergence angle range of ≤ +/-15°, in order to achieve a high local resolution of the skin print to be recorded, - a first adhesive layer is present between the cover layer and the sensor layer and a second adhesive layer is present between the sensor layer and the light guide layer , wherein - the second adhesive layer has a refractive index which is at least 1% and at most 30% smaller than the refractive indices of the light guide layer and the sensor layer , the refractive indices of which are between 1.45 and 1.8, and - the first adhesive layer has a refractive index at least as great as that of the second adhesive layer .
A hydraulic pressure generation apparatus including: a base body ; a motor attached to the base body ; a reservoir tank which is attached to the base body and stores a brake fluid; a master cylinder which generates a brake hydraulic pressure by a first piston which is linked to a brake manipulator (P); and a slave cylinder which generates a brake hydraulic pressure by a second piston by the motor as a drive source, wherein the base body includes: a first cylinder hole which is a bottomed cylinder hole, and in which the first piston is inserted; a second cylinder hole which is a bottomed cylinder hole, and in which the second piston is inserted; and a supply passage which leads from the reservoir tank to a hydraulic chamber of the slave cylinder , wherein the supply passage is provided with a check valve which permits only inflow of brake fluid from the reservoir tank to a side of the slave cylinder , characterized in that the check valve is disposed at a shortest separation distance to a brake fluid discharge port of the second cylinder hole , the shortest separation distance being the shortest distance straightly connecting the check valve and the brake fluid discharge port , wherein the shortest separation distance is shorter than or equal to the outer diameter of the second piston , wherein an axial line (L5) of the check valve is parallel with an axial line (L2) of the second cylinder hole . a base body ; a motor attached to the base body ; a reservoir tank which is attached to the base body and stores a brake fluid; a master cylinder which generates a brake hydraulic pressure by a first piston which is linked to a brake manipulator (P); and a slave cylinder which generates a brake hydraulic pressure by a second piston by the motor as a drive source, wherein the base body includes: a first cylinder hole which is a bottomed cylinder hole, and in which the first piston is inserted; a second cylinder hole which is a bottomed cylinder hole, and in which the second piston is inserted; and a supply passage which leads from the reservoir tank to a hydraulic chamber of the slave cylinder , a first cylinder hole which is a bottomed cylinder hole, and in which the first piston is inserted; a second cylinder hole which is a bottomed cylinder hole, and in which the second piston is inserted; and a supply passage which leads from the reservoir tank to a hydraulic chamber of the slave cylinder , wherein the supply passage is provided with a check valve which permits only inflow of brake fluid from the reservoir tank to a side of the slave cylinder , characterized in that the check valve is disposed at a shortest separation distance to a brake fluid discharge port of the second cylinder hole , the shortest separation distance being the shortest distance straightly connecting the check valve and the brake fluid discharge port , wherein the shortest separation distance is shorter than or equal to the outer diameter of the second piston , wherein an axial line (L5) of the check valve is parallel with an axial line (L2) of the second cylinder hole .
A capped oil soluble polyalkylene glycol having the following structure: R 1 O-(AO) n -R 2 where: R 1 is a linear or branched alkyl or aryl with one to 18 carbon atoms; AO refers to residuals of monomers selected from 1,2-butylene oxide and 1,2-propylene oxide selected so that at least 50 weight-percent of the (AO) n component is 1,2-butylene oxide residuals; n is a number from 3 to 7 and is selected to provide a kinematic viscosity at 100 degrees Celsius of less than 5 centiStokes for the non-capped polyalkylene glycol; and R 2 is a linear or branched alkyl or aryl having from 1-8 carbon atoms and wherein the capped oil soluble polyalkylene glycol is characterized by having a kinematic viscosity of less than 4.5 centiStokes at 100 degrees Celsius and a viscosity index of greater than 150, wherein the non-capped polyalkylene glycol corresponds to the structure above, but where R 2 is a hydrogen.
A computer implemented method for selecting components of a geometric model; executed at a computer terminal having a display with an interface associated with the computer implemented method for selecting components of the geometric model on the computer terminal; and a memory for storing information; the method comprising: displaying a plurality of components corresponding to a geometric model; selecting a first component of the displayed plurality of components; receiving a first input indicating a first direction for selecting a next component of the plurality of components; identifying one or more candidate edges associated with the first component for selecting the next component; determining an angle between an indicated direction vector corresponding to the indicated first direction and each of the one or more candidate edges; and selecting a second component as the next component wherein the second component is associated with a particular candidate edge forming a smallest angle with the indicated direction vector among all of the one or more candidate edges. displaying a plurality of components corresponding to a geometric model; selecting a first component of the displayed plurality of components; receiving a first input indicating a first direction for selecting a next component of the plurality of components; identifying one or more candidate edges associated with the first component for selecting the next component; determining an angle between an indicated direction vector corresponding to the indicated first direction and each of the one or more candidate edges; and selecting a second component as the next component wherein the second component is associated with a particular candidate edge forming a smallest angle with the indicated direction vector among all of the one or more candidate edges.
A method of receiving a digital service signal, the method comprising: receiving at least one triggered declarative content, TDO, related to contents of the digital service signal and a TDO parameter table including metadata about the at least one TDO; receiving (S5901) a Profiles, Demographics, Interests, PDI table, wherein the PDI table includes at least one question element having attributes of a PDI question; extracting (S5902) the PDI question from the PDI table; receiving (S5903) a PDI answer according to the extracted PDI question; filtering (S5905) at least one content item used by the at least one TDO using filtering criteria information and the received PDI answer; and downloading (S5906) the filtered at least one content item, wherein the TDO parameter table includes at least one TDO element representing information about the at least one TDO, wherein one of the at least one TDO element includes at least one content item element including information about the at least one content item, and wherein one of the at least one content item element includes at least one filtering criteria element including the filtering criteria information. receiving at least one triggered declarative content, TDO, related to contents of the digital service signal and a TDO parameter table including metadata about the at least one TDO; receiving (S5901) a Profiles, Demographics, Interests, PDI table, wherein the PDI table includes at least one question element having attributes of a PDI question; extracting (S5902) the PDI question from the PDI table; receiving (S5903) a PDI answer according to the extracted PDI question; filtering (S5905) at least one content item used by the at least one TDO using filtering criteria information and the received PDI answer; and downloading (S5906) the filtered at least one content item, wherein the TDO parameter table includes at least one TDO element representing information about the at least one TDO, wherein one of the at least one TDO element includes at least one content item element including information about the at least one content item, and wherein one of the at least one content item element includes at least one filtering criteria element including the filtering criteria information.