mhurhangee/ep-ind-claims huggingface dataset:
A food article slicing machine, comprising: a slicing station comprising a knife blade and a knife blade drive driving the knife blade along a cutting path in a cutting plane; and a food article feed apparatus supporting one or more food articles for movement along food article paths intersecting the cutting path; characterized in that: a blade drive shaft is journaled for rotation by base tapered roller bearings or thrust bearings and distal tapered roller bearings or thrust bearings in order for the blade drive shaft to rotate with respect to a non-rotating bearing hub; and the food article slicing machine further comprises a retraction mechanism configured to retract said knife blade from said cutting plane by sliding said non-rotating bearing hub within a stationary hub. a slicing station comprising a knife blade and a knife blade drive driving the knife blade along a cutting path in a cutting plane; and a food article feed apparatus supporting one or more food articles for movement along food article paths intersecting the cutting path; characterized in that: a blade drive shaft is journaled for rotation by base tapered roller bearings or thrust bearings and distal tapered roller bearings or thrust bearings in order for the blade drive shaft to rotate with respect to a non-rotating bearing hub; and the food article slicing machine further comprises a retraction mechanism configured to retract said knife blade from said cutting plane by sliding said non-rotating bearing hub within a stationary hub. a blade drive shaft is journaled for rotation by base tapered roller bearings or thrust bearings and distal tapered roller bearings or thrust bearings in order for the blade drive shaft to rotate with respect to a non-rotating bearing hub; and the food article slicing machine further comprises a retraction mechanism configured to retract said knife blade from said cutting plane by sliding said non-rotating bearing hub within a stationary hub.
A process of purification of a homoallylic alcohol by distillation, wherein the distillation is carried out in the presence of a base, and wherein the homoallylic alcohol is E,E-homofarnesol.
A method of generating tactile user feedback utilizing a headphone device, comprising: measuring at least a location of a user of the headphone device utilizing at least a GPS operatively connected to the headphone device; receiving at the headphone device a signal indicative of an approaching change of course in a predetermined route in response to measuring at least the location of the user; and generating a tactile vibration indicative of the approaching change of course in a predetermined route utilizing a tactile bass vibrator of the headphone device by generating the tactile vibration in a left side tactile bass vibrator or a right side tactile bass vibrator of the headphone device corresponding to a predetermined direction in which the user is to turn. measuring at least a location of a user of the headphone device utilizing at least a GPS operatively connected to the headphone device; receiving at the headphone device a signal indicative of an approaching change of course in a predetermined route in response to measuring at least the location of the user; and generating a tactile vibration indicative of the approaching change of course in a predetermined route utilizing a tactile bass vibrator of the headphone device by generating the tactile vibration in a left side tactile bass vibrator or a right side tactile bass vibrator of the headphone device corresponding to a predetermined direction in which the user is to turn.
A medical device having: a first battery unit (123, 223); a second battery unit (124, 224); and a battery charge monitor (253, 254) configured to determine the remaining charge of the first battery unit and the second battery unit; wherein power to the medical device is drawn from one of the first battery unit and the second battery unit during a second operating mode of the medical device; wherein power is drawn from both the first battery unit and the second battery unit during the first operating of the medical device; and wherein the one of the first battery unit and the second battery unit having a lower remaining charge provides power to the medical device during the second operating mode. a first battery unit (123, 223); a second battery unit (124, 224); and a battery charge monitor (253, 254) configured to determine the remaining charge of the first battery unit and the second battery unit; wherein power to the medical device is drawn from one of the first battery unit and the second battery unit during a second operating mode of the medical device; wherein power is drawn from both the first battery unit and the second battery unit during the first operating of the medical device; and wherein the one of the first battery unit and the second battery unit having a lower remaining charge provides power to the medical device during the second operating mode.
Injector cup assembly, comprising an injector cup and further comprising at least one bolt and an elastic element for mechanically coupling the injector cup to a cylinder head of a combustion engine, wherein - the injector cup has a longitudinal axis, - the bolt is arranged through a penetrating first opening of the injector cup and arrangeable in an opening of the cylinder head to fasten the injector cup to the cylinder head, and - the elastic element is mechanically coupled to the injector cup at a given position and configured to act against a tilt of the injector cup relative to the cylinder head by means of mechanical interaction with the bolt to generate a torque on the injector cup for pressing the injector cup to the cylinder head at a side opposite of the given position with respect to the penetrating first opening, - the elastic element comprises a first section, a second section adjacent to the first section and a third section adjacent to the second section, - the first section is positioned at a distance from and substantially parallel to the third section and the second section is substantially perpendicular to the first and third section (13, 17) respectively, - the third section, for effecting said torque, comprises a spring area to generate an elastic force, is positioned to be arranged between the injector cup and the cylinder head contacts the injector cup at said given position, and is configured and positioned to be elastically deformed for generating the elastic force by means of fastening the injector cup to the cylinder head with the bolt and wherein the third section comprises a wavelike spring shape and a penetrating opening. - the injector cup has a longitudinal axis, - the bolt is arranged through a penetrating first opening of the injector cup and arrangeable in an opening of the cylinder head to fasten the injector cup to the cylinder head, and - the elastic element is mechanically coupled to the injector cup at a given position and configured to act against a tilt of the injector cup relative to the cylinder head by means of mechanical interaction with the bolt to generate a torque on the injector cup for pressing the injector cup to the cylinder head at a side opposite of the given position with respect to the penetrating first opening, - the elastic element comprises a first section, a second section adjacent to the first section and a third section adjacent to the second section, - the first section is positioned at a distance from and substantially parallel to the third section and the second section is substantially perpendicular to the first and third section (13, 17) respectively, - the third section, for effecting said torque, comprises a spring area to generate an elastic force, is positioned to be arranged between the injector cup and the cylinder head contacts the injector cup at said given position, and is configured and positioned to be elastically deformed for generating the elastic force by means of fastening the injector cup to the cylinder head with the bolt and wherein the third section comprises a wavelike spring shape and a penetrating opening.
Method for controlling a steer-by-wire steering system for a motor vehicle in emergency steering operation, wherein the motor vehicle comprises a front axle with front wheels, (FL, FR), a rear axle with rear wheels (RL, RR), a steer-by-wire steering system and a torque vectoring system, wherein the front wheels (FL, FR) and the rear wheels (RL, RR) are each connected by a steering rod (3, 4) and are steerable, comprising the following steps: - checking the steering system for the presence of a fault state, - performing the emergency steering operation to maintain the original driving behaviour if a fault state is detected, wherein the following steps are carried out in emergency steering operation: - determining the target lateral acceleration, - determining the yaw moment, - determining the drive torques and/or braking torques for the front wheels (FL, FR) and the rear wheels (RL, RR), which are distributed appropriately by the torque vectoring system, characterized in that the target lateral acceleration is determined on the basis of the current steering wheel position and the current vehicle speed, a general wheel steering angle δ g for the original driving behaviour is determined from the determined yaw moment, wherein, for the general wheel steering angle δ g δ g = δ f − δ r, δ g - general wheel steering angle, δ f - front wheel steering angle, δ r - rear wheel steering angle; and a front wheel steering angle correction Δδ f and a rear wheel steering angle correction Δδ r is determined. - checking the steering system for the presence of a fault state, - performing the emergency steering operation to maintain the original driving behaviour if a fault state is detected, - determining the target lateral acceleration, - determining the yaw moment, - determining the drive torques and/or braking torques for the front wheels (FL, FR) and the rear wheels (RL, RR), which are distributed appropriately by the torque vectoring system, the target lateral acceleration is determined on the basis of the current steering wheel position and the current vehicle speed, a general wheel steering angle δ g for the original driving behaviour is determined from the determined yaw moment, wherein, for the general wheel steering angle δ g δ g = δ f − δ r, δ g - general wheel steering angle, δ f - front wheel steering angle, δ r - rear wheel steering angle; and a front wheel steering angle correction Δδ f and a rear wheel steering angle correction Δδ r is determined. δ g - general wheel steering angle, δ f - front wheel steering angle, δ r - rear wheel steering angle;
A process for delivering stacks of sheet-shaped material from a turning unit to a feeder, the feeder comprising adjustment tongues for receiving said stack correctly oriented, using a device which comprises movable lower grippers for supporting the front stack edge and comprises supporting rollers (6, 8) for supporting the lower stack edge of said stack, comprising the following steps: a) transporting the stack out of said turning unit, b) the lower gripper takes over the stack front edge, c) moving said lower gripper in the direction of the adjustment tongues of said feeder, d) supporting the stack rear edge by the support rollers (6, 8), e) extending said support rollers (6, 8) in the direction of said adjustment tongues, f) the lower gripper and the support rollers (6, 8) simultaneously move away from each other and feed the stack to said feeder. a) transporting the stack out of said turning unit, b) the lower gripper takes over the stack front edge, c) moving said lower gripper in the direction of the adjustment tongues of said feeder, d) supporting the stack rear edge by the support rollers (6, 8), e) extending said support rollers (6, 8) in the direction of said adjustment tongues, f) the lower gripper and the support rollers (6, 8) simultaneously move away from each other and feed the stack to said feeder.
Method for uploading subscriber credentials from a remote authentication server of a network operator (NOi) onto a user equipment equipped with a integrated identity module via a network wherein said integrated identity module comprises means to establish a secured tunnel (11, 13, 17) with the remote authentication server and wherein said method comprises the following steps: - installing (101, 1001) a tunnel establishment protocol stack, an X.509 certificate and a client authentication into the integrated identity module; - establishing (102, 1002) a secured connection between the remote authentication server and the user equipment using the client authentication by: - establishing a connection between the user equipment and a server of the user equipment manufacturer; - sending from the server of the user equipment manufacturer to the remote authentication server, a request to get an attachment of the user equipment to the network operator (NO1, NO2, NO3) corresponding to the said remote authentication server, - establishing by the remote authentication server the secured connection using a secured management session, - establishing (103, 1003) the secured tunnel (11, 13, 17) between the integrated identity module and the remote authentication server through the established secured connection using the X.509 certificate; - uploading the subscriber credentials from the remote authentication server onto the integrated identity module through the established secured tunnel (11, 13, 17). - installing (101, 1001) a tunnel establishment protocol stack, an X.509 certificate and a client authentication into the integrated identity module; - establishing (102, 1002) a secured connection between the remote authentication server - establishing a connection between the user equipment and a server of the user equipment manufacturer; - sending from the server of the user equipment manufacturer to the remote authentication server, a request to get an attachment of the user equipment to the network operator (NO1, NO2, NO3) corresponding to the said remote authentication server, - establishing by the remote authentication server the secured connection using a secured management session, - establishing (103, 1003) the secured tunnel (11, 13, 17) between the integrated identity module and the remote authentication server through the established secured connection using the X.509 certificate; - uploading the subscriber credentials from the remote authentication server onto the integrated identity module through the established secured tunnel (11, 13, 17).
An access point for use in a wireless local area network, WLAN, communication system comprising a beacon generator, wherein the beacon generator is configured to generate a beacon for periodic transmission, wherein the beacon comprises: group traffic information indicating whether group traffic is to be transmitted, and multicast/broadcast, MB, information distinguishing which type of group traffic is to be transmitted, if the group traffic information indicates that group traffic is to be transmitted. group traffic information indicating whether group traffic is to be transmitted, and multicast/broadcast, MB, information distinguishing which type of group traffic is to be transmitted, if the group traffic information indicates that group traffic is to be transmitted.
A method for analyzing an integrated circuit, characterized in that it comprises, for a plurality of points (X, Y) on the surface of the integrated circuit: - a step for applying laser radiation at a point (X, Y) of the surface of the integrated circuit; - a step for exciting the circuit by a test sequence; - a step for collecting the response of the circuit to the excitation; - a step for calculating the propagation time (t) separating the instant of excitation of the circuit from the instant of collection of the response; and - a step for creating an image of the integrated circuit illustrating a value representing the propagation time (t) for each point of application (X, Y) of the laser radiation. - a step for applying laser radiation at a point (X, Y) of the surface of the integrated circuit; - a step for exciting the circuit by a test sequence; - a step for collecting the response of the circuit to the excitation; - a step for calculating the propagation time (t) separating the instant of excitation of the circuit from the instant of collection of the response; and - a step for creating an image of the integrated circuit illustrating a value representing the propagation time (t) for each point of application (X, Y) of the laser radiation.
A bunionectomy system for a bone, comprising: a saw template; a plurality of pins (304, 306, 308, 310) inserted into the bone based on the saw template; a saw block placed on a portion of the plurality of pins (304, 306, 308, 310) to facilitate cutting of the bone into a first bone segment and a second bone segment; characterised in that the system further comprises a mating plate with a proximal section including pin holes (812, 814) for mating with the plurality of pins (304, 306) on the first bone segment and a distal section including enlarged pin holes (816, 818) relative to the other pin holes (812,814) for mating with the plurality of pins (308, 310) on the second bone segment to join the first bone segment and the second bone segment at a corrective angle; and a plurality of bone screws (902, 904, 906, 1002, 1202, 1204) to affix the mating plate to the first bone segment and the second bone segment, wherein the plurality of bone screws (902, 904, 906, 1002, 1202, 1204) includes a compression screw that is screwed into a corresponding compression screw guide hole in the distal section of the mating plate, bone screws (902, 904, 906) that are screwed into a corresponding plurality of guide holes (804, 806, 808) in the proximal section of the mating plate and bone screws (1202, 1204) that are screwed into a corresponding plurality of guide holes (820, 822) in the distal section of the mating plate; wherein tightening of the compression bone screw causes the second bone segment to move in a proximal direction towards the first bone segment and the plurality of pins (308, 310) in the second bone segment to move in a proximal direction within the enlarged pin holes (816, 818) towards the first bone segment. a saw template; a plurality of pins (304, 306, 308, 310) inserted into the bone based on the saw template; a saw block placed on a portion of the plurality of pins (304, 306, 308, 310) to facilitate cutting of the bone into a first bone segment and a second bone segment;
Rapid cooling device for a motor vehicle comprising a motor vehicle component (1, 11, 21) and a proximal surface (2, 12, 22) opposite it, said component (1, 11, 21) performing a first technical function of covering said opposite proximal surface (2, 12, 22), the device being characterized in that the vehicle component (1, 11, 21) comprises diffusion means (3, 13, 23) for performing a technical function of rapidly diffusing an injected liquid toward said proximal surface (2, 12, 22) opposite, with the purpose of reducing the surface temperature of said proximal surface (2, 12, 22) opposite, in that the liquid is injected under the action of a pyrotechnically triggered external command, and in that the diffusion means (3, 13, 23) are produced by a diffusion assembly (3, 13, 23) taking the form of passages (5, 15, 23) formed inside the vehicle component.
A method (100a, 100b) for a secure PKI (Public Key Infrastructure) key registration process in a WPKI (Wireless PKI) environment using a PKCS (Public Key Cryptography Standard) registration standard, where the WPKI environment comprises a registration server being in data communication with a client provided with a key pair, and where a registration request for a public key of said key pair is provided to said registration server using the PKCS registration standard, wherein a) only part of the certificate request information defined on the PKCS registration standard is delivered (101a, 101b) to the client via a first data communication connection, a') environment data of the client is gathered as second information, b) a PKCS structure is formed by the client using b1) at least portion of said part of the certificate request information received in step a), b2) the public key to be registered, and b3) the gathered environment data of the client, so that said at least portion of the part of the certificate request information and the gathered environment data of the client with the public key to be registered is put into the PKCS structure that is in accordance with the PKCS registration standard, c) a verifying code is determined over at least part of the PKCS structure formed in step b), d) said verifying code is signed by the client, and e) the environment data of the client, the signed verifying code, and the public key are delivered (116, 118) to said registration server for registering, wherein said environment data is transmitted from the client to the registration server on a second data communication connection, if said environment data is not known to the registration server beforehand. a) only part of the certificate request information defined on the PKCS registration standard is delivered (101a, 101b) to the client via a first data communication connection, a') environment data of the client is gathered as second information, b) a PKCS structure is formed by the client using b1) at least portion of said part of the certificate request information received in step a), b2) the public key to be registered, and b3) the gathered environment data of the client, so that said at least portion of the part of the certificate request information and the gathered environment data of the client with the public key to be registered is put into the PKCS structure that is in accordance with the PKCS registration standard, b1) at least portion of said part of the certificate request information received in step a), b2) the public key to be registered, and b3) the gathered environment data of the client, c) a verifying code is determined over at least part of the PKCS structure formed in step b), d) said verifying code is signed by the client, and e) the environment data of the client, the signed verifying code, and the public key are delivered (116, 118) to said registration server for registering, wherein said environment data is transmitted from the client to the registration server on a second data communication connection, if said environment data is not known to the registration server beforehand.
Method for detection, identification and/or quantification of one or more carbohydrates, comprising the steps of: a) contacting an object or a sample with a luminescent conjugated oligothiophene; b) detecting at least one detection signal of the luminescent conjugated oligothiophene; and c) based on said detected detection signal determining the presence, identity and/or quantity of the carbohydrate or carbohydrates on said object or in said sample. a) contacting an object or a sample with a luminescent conjugated oligothiophene; b) detecting at least one detection signal of the luminescent conjugated oligothiophene; and c) based on said detected detection signal determining the presence, identity and/or quantity of the carbohydrate or carbohydrates on said object or in said sample.