mhurhangee/patent-ind-claim-en huggingface dataset:
Access device for providing wireless access to a communication network for mobile devices , the access device is configured to be coupled to a backbone network which is only compatible with selected ones of the mobile devices, and to communicate with the selected ones of the mobile devices , wherein the selected ones of the mobile devices relate to mobile devices according 3GPP standard release 15 or above and the non-selected mobile devices relate to mobile devices according 3GPP standard release 14 or below, the access device comprising: a wireless interface configured to communicate with the mobile devices , and a communication controller configured to broadcast to the mobile devices first information indicating that the access device is barred and second information indicating that the access device is accessible for the selected ones of the mobile devices , wherein the first information is readable by all mobile devices and the second information is readable only by the selected ones of the mobile devices , wherein the communication controller is configured to transmit the first information in a cellBarred field of a System Information Block 1, SIB1, of an LTE communication system, and the second information in a field of the SIB1 that is reserved for future use according to 3GPP standard release 14 or in a field of the Master Information Block, MIB, that is reserved for future use according to 3GPP standard release 14. a wireless interface configured to communicate with the mobile devices , and a communication controller configured to broadcast to the mobile devices first information indicating that the access device is barred and second information indicating that the access device is accessible for the selected ones of the mobile devices , wherein the first information is readable by all mobile devices and the second information is readable only by the selected ones of the mobile devices , wherein the communication controller is configured to transmit the first information in a cellBarred field of a System Information Block 1, SIB1, of an LTE communication system, and the second information in a field of the SIB1 that is reserved for future use according to 3GPP standard release 14 or in a field of the Master Information Block, MIB, that is reserved for future use according to 3GPP standard release 14.
Sampler device for collecting a sample of biological fluid, comprising: - a capillary component provided for collecting a sample of biological fluid by capillary action, and - a base rigidly connected to said capillary component and provided with a first connector provided for being reversibly attached in a leaktight manner to a second connector of a dispensing device and for creating a fluid connection between said capillary component and said dispensing device ; characterized in that said fluid connection is made by a continuous opening which is formed in said base and opens into said first connector . - a capillary component provided for collecting a sample of biological fluid by capillary action, and - a base rigidly connected to said capillary component and provided with a first connector provided for being reversibly attached in a leaktight manner to a second connector of a dispensing device and for creating a fluid connection between said capillary component and said dispensing device ;
Cyclone separator for separating solid particles from a gas stream, comprising a separation body which tapers conically in a downward direction and has a longitudinal axis, a gas outlet which dips from above into the separation body , a particle outlet arranged at the lower end of the separation body , and a gas inlet which opens into the separation body transverse to the longitudinal axis of the separation body , where the gas inlet has a first end and a second end , where the second end opens into the separation body , and where the gas inlet widens in the axial direction of the separation body and runs around the separation body in a spiral fashion, where the gas inlet has an initial cross-sectional area (A 1 ) at the first end , which cross-sectional area decreases in the direction of the separation body to a minimum cross-sectional area (A 2 ) at the second end , characterized in that at least one guide plate is arranged in the gas inlet for distributing the solid particles present in the gas stream over the widening cross section of the gas inlet . a separation body which tapers conically in a downward direction and has a longitudinal axis, a gas outlet which dips from above into the separation body , a particle outlet arranged at the lower end of the separation body , and a gas inlet which opens into the separation body transverse to the longitudinal axis of the separation body , where the gas inlet has a first end and a second end , where the second end opens into the separation body , and where the gas inlet widens in the axial direction of the separation body and runs around the separation body in a spiral fashion, where the gas inlet has an initial cross-sectional area (A 1 ) at the first end , which cross-sectional area decreases in the direction of the separation body to a minimum cross-sectional area (A 2 ) at the second end , characterized in that at least one guide plate is arranged in the gas inlet for distributing the solid particles present in the gas stream over the widening cross section of the gas inlet .
An electrosurgical generator, ESG, controller of an electrosurgical generator, wherein the ESG controller comprises: a current-mode controller configured to compare an inductor current i L (t) to a control current limit ic, and wherein the current-mode controller is configured generate a current-mode controller signal for use during either a constant current operating mode of the ESG or a constant power operating mode of the ESG; a voltage-mode controller configured to compare an output voltage v out (t) with a reference voltage V max , and wherein the voltage-mode controller is configured to generate a voltage-mode controller signal for use during a constant voltage operating mode of the ESG; a mode selector configured to compare the inductor current i L (t) and the output voltage v out (t) to respective current limits and voltage limits and to generate an operating mode indicator; and steering logic configured to receive the operating mode indicator and select an operating mode from one of the constant current operating mode of the ESG or the constant power operating mode of the ESG or the constant voltage operating mode of the ESG, wherein the steering logic is configured to provide a first signal to the electrosurgical generator at a first controller output and a second signal to the electrosurgical generator at a second controller output based on the operating mode indicator. a current-mode controller configured to compare an inductor current i L (t) to a control current limit ic, and wherein the current-mode controller is configured generate a current-mode controller signal for use during either a constant current operating mode of the ESG or a constant power operating mode of the ESG; a voltage-mode controller configured to compare an output voltage v out (t) with a reference voltage V max , and wherein the voltage-mode controller is configured to generate a voltage-mode controller signal for use during a constant voltage operating mode of the ESG; a mode selector configured to compare the inductor current i L (t) and the output voltage v out (t) to respective current limits and voltage limits and to generate an operating mode indicator; and steering logic configured to receive the operating mode indicator and select an operating mode from one of the constant current operating mode of the ESG or the constant power operating mode of the ESG or the constant voltage operating mode of the ESG, wherein the steering logic is configured to provide a first signal to the electrosurgical generator at a first controller output and a second signal to the electrosurgical generator at a second controller output based on the operating mode indicator.
A shower door frame, comprising a track extending in a horizontal direction and a side frame arranged perpendicularly to the track ; a fixing part is fixed at a tail end of the track , a positioning block is arranged on an outer side of the fixing part , a retaining block is arranged at a top end of the positioning block , and the positioning block is embedded into the side frame ; and a locking assembly is arranged on the side frame , the locking assembly comprises a base fixed on the side frame and a tensioning part hinged with the base , the tensioning part is provided with a locking groove , and the locking groove is buckled with the retaining block ; characterized in that the track is provided thereon with a groove , and a fixing buckle is fixed into the groove ; and wherein a stopping shoulder is arranged at a tail end of the tensioning part , and the stopping shoulder extends into the fixing buckle . a track extending in a horizontal direction and a side frame arranged perpendicularly to the track ; a fixing part is fixed at a tail end of the track , a positioning block is arranged on an outer side of the fixing part , a retaining block is arranged at a top end of the positioning block , and the positioning block is embedded into the side frame ; and a locking assembly is arranged on the side frame , the locking assembly comprises a base fixed on the side frame and a tensioning part hinged with the base , the tensioning part is provided with a locking groove , and the locking groove is buckled with the retaining block ; characterized in that the track is provided thereon with a groove , and a fixing buckle is fixed into the groove ; and wherein a stopping shoulder is arranged at a tail end of the tensioning part , and the stopping shoulder extends into the fixing buckle .
A thermal management system for electronics, comprising: at least one integrally formed vapor chamber comprising: at least one heatframe , wherein the at least one heatframe is configured to engage a circuit card having electronic heat generating components residing thereon, and wherein the at least one heatframe is conductively coupleable or coupled to a top surface and at least one side surface of the electronic heat generating components ; at least one of: a plurality of heat fins and at least one heat exchanger; and a chassis mounting portion ; a chassis frame configured to couple the at least one integrally formed vapor chamber together by the respective chassis mounting portion ; and a working fluid contained within the at least one vapor chamber and used to dissipate heat from the at least one heatframe ; wherein the at least one vapor chamber comprises a component side configured to, in use, conduct heat from said surfaces of said electronic heat generating components ; and wherein a wick structure is coupled to the component side of the at least one vapor chamber , the wick structure configured to direct the working fluid towards said electronic heat generating components . at least one integrally formed vapor chamber comprising: at least one heatframe , wherein the at least one heatframe is configured to engage a circuit card having electronic heat generating components residing thereon, and wherein the at least one heatframe is conductively coupleable or coupled to a top surface and at least one side surface of the electronic heat generating components ; at least one of: a plurality of heat fins and at least one heat exchanger; and a chassis mounting portion ; a chassis frame configured to couple the at least one integrally formed vapor chamber together by the respective chassis mounting portion ; and a working fluid contained within the at least one vapor chamber and used to dissipate heat from the at least one heatframe ; wherein the at least one vapor chamber comprises a component side configured to, in use, conduct heat from said surfaces of said electronic heat generating components ; and wherein a wick structure is coupled to the component side of the at least one vapor chamber , the wick structure configured to direct the working fluid towards said electronic heat generating components .
A braiding machine having a bobbin carrier and a sensor for detecting thread tension anomalies, wherein: the bobbin carrier comprises a compensation device , the compensation device including a movable member , wherein a position and/or an orientation of the movable member depends on the thread tension ; characterized in that the sensor is a stationary sensor and during operation of the braiding machine , the bobbin carrier travels, relative to the sensor , along a curved track; the sensor is configured to measure the position and/or the orientation of the movable member when the bobbin carrier passes by the sensor . the bobbin carrier comprises a compensation device , the compensation device including a movable member , wherein a position and/or an orientation of the movable member depends on the thread tension ; characterized in that the sensor is a stationary sensor and during operation of the braiding machine , the bobbin carrier travels, relative to the sensor , along a curved track; the sensor is configured to measure the position and/or the orientation of the movable member when the bobbin carrier passes by the sensor .
Method for providing a rear-view-mirror view of the surroundings of a vehicle of a vehicle , comprising: - capturing at least part of the surroundings of the vehicle in a first image by means of at least one wide-angle camera which is arranged on the vehicle , - calculating a second image on the basis of the first image , wherein the second image corresponds to a depicted field of vision of a first virtual camera which is arranged at a first position in the surroundings of the vehicle and depicts an area which lies behind the vehicle in the surroundings of the vehicle, and - providing the second image for a display of a rear-view-mirror view, characterized in that the method comprises the further following step - calculating an external view of the vehicle , wherein the surroundings of the vehicle are displayed by means of the image data of the first image , and the vehicle is displayed by means of a 3D model of the vehicle , wherein the second image is displayed as a mirror surface of an exterior mirror of the 3D model . - capturing at least part of the surroundings of the vehicle in a first image by means of at least one wide-angle camera which is arranged on the vehicle , - calculating a second image on the basis of the first image , wherein the second image corresponds to a depicted field of vision of a first virtual camera which is arranged at a first position in the surroundings of the vehicle and depicts an area which lies behind the vehicle in the surroundings of the vehicle, and - providing the second image for a display of a rear-view-mirror view, - calculating an external view of the vehicle , wherein the surroundings of the vehicle are displayed by means of the image data of the first image , and the vehicle is displayed by means of a 3D model of the vehicle , wherein the second image is displayed as a mirror surface of an exterior mirror of the 3D model .
A computer-based system , comprising: a secure processor within a security boundary , the secure processor configured to cryptographically sign or encrypt a credential for transmission to a service provider system ; an interface configured to send the cryptographically signed or encrypted credential to the service provider system to gain access to a secure service provided by the service provider system , wherein the security boundary comprises a physical boundary and a cryptographic boundary and is configured to prevent software that is executing external to the physical boundary and the cryptographic boundary from accessing the credential; and a proximity reader being an RFID reader within the security boundary , wherein the proximity reader is configured to wirelessly receive a signal being an RF signal from a proximate device being an RFID token within a proximity to the proximity reader and extract the credential from the received signal , such that the credential is provided directly into the security boundary from the proximate device via the signal ; wherein the security boundary physically encapsulates the proximity reader and the secure processor ; wherein the RFID reader and the secure processor are incorporated into a single integrated circuit ; and wherein the credential received from the RFID token is provided directly into the integrated circuit via the RF signal a secure processor within a security boundary , the secure processor configured to cryptographically sign or encrypt a credential for transmission to a service provider system ; an interface configured to send the cryptographically signed or encrypted credential to the service provider system to gain access to a secure service provided by the service provider system , wherein the security boundary comprises a physical boundary and a cryptographic boundary and is configured to prevent software that is executing external to the physical boundary and the cryptographic boundary from accessing the credential; and a proximity reader being an RFID reader within the security boundary , wherein the proximity reader is configured to wirelessly receive a signal being an RF signal from a proximate device being an RFID token within a proximity to the proximity reader and
A method for wireless communication by an access point, AP, comprising: establishing one or more wireless communication links with a station, STA, including a first wireless communication link; determining that the STA is capable of multiple simultaneous wireless communication links including the first wireless communication link; receiving, via the first wireless communication link, a first frame including a first address field that includes a first link media access control, MAC, address, the first link MAC address being associated with the STA; characterized by : determining that the STA is associated with a first network MAC address based on the first link MAC address and the determination that the STA is capable of multiple simultaneous wireless communication links; removing the first link MAC address from the first address field of the first frame; inserting the first network MAC address of the STA in a second address field of the first frame; and transmitting the first frame with the first network MAC address in the second address field to a first local area network, LAN, device. establishing one or more wireless communication links with a station, STA, including a first wireless communication link; determining that the STA is capable of multiple simultaneous wireless communication links including the first wireless communication link; receiving, via the first wireless communication link, a first frame including a first address field that includes a first link media access control, MAC, address, the first link MAC address being associated with the STA; characterized by : determining that the STA is associated with a first network MAC address based on the first link MAC address and the determination that the STA is capable of multiple simultaneous wireless communication links; removing the first link MAC address from the first address field of the first frame; inserting the first network MAC address of the STA in a second address field of the first frame; and transmitting the first frame with the first network MAC address in the second address field to a first local area network, LAN, device.
A method of screening for antibodies that bind native human leukocyte antigens, comprising the steps of: a) contacting a first composition comprising native and denatured human leukocyte antigens with a serine protease under conditions wherein the serine protease digests the denatured human leukocyte antigens, wherein the human leukocyte antigens are linked to one or more solid substrates, b) neutralizing the serine protease, thereby generating a composition comprising at least 90% native human leukocyte antigens and at most 10% denatured human leukocyte antigens; c) contacting a sample with the composition; and d) detecting binding of an antibody to the solid substrate, wherein binding of an antibody to the solid substrate is indicative of a sample comprising antibodies specific for said native human leukocyte antigens. a) contacting a first composition comprising native and denatured human leukocyte antigens with a serine protease under conditions wherein the serine protease digests the denatured human leukocyte antigens, wherein the human leukocyte antigens are linked to one or more solid substrates, b) neutralizing the serine protease, thereby generating a composition comprising at least 90% native human leukocyte antigens and at most 10% denatured human leukocyte antigens; c) contacting a sample with the composition; and d) detecting binding of an antibody to the solid substrate, wherein binding of an antibody to the solid substrate is indicative of a sample comprising antibodies specific for said native human leukocyte antigens.
A computer-implemented method comprising receiving a request to modify data stored in a storage system , the storage system including a repository configured to store a deduplicated data and at least one cache storage component communicatively coupled to the repository and configured to store data received by the storage system for backup , the deduplicated data being generated by deduplicating the data received by the storage system for backup; modifying, in response to the received request, the data stored in the at least one cache storage component and identified in the received request; and generating, in response to the received request, an indication that the deduplicated data stored in the repository corresponding to the data stored in the at least one cache storage component and identified in the received request was likewise modified in accordance with the received request, while preventing modification of the deduplicated data stored in the repository for a predetermined period of time. receiving a request to modify data stored in a storage system , the storage system including a repository configured to store a deduplicated data and at least one cache storage component communicatively coupled to the repository and configured to store data received by the storage system for backup , the deduplicated data being generated by deduplicating the data received by the storage system for backup; modifying, in response to the received request, the data stored in the at least one cache storage component and identified in the received request; and generating, in response to the received request, an indication that the deduplicated data stored in the repository corresponding to the data stored in the at least one cache storage component and identified in the received request was likewise modified in accordance with the received request, while preventing modification of the deduplicated data stored in the repository for a predetermined period of time.
An electrical breast pump , comprising a breast cover having a breast funnel for at least partially receiving the breast, a pumping device having a motor and preferably an energy storage device and a milk storage unit having a milk container for receiving the pumped milk, characterized in that, in a standing position of the electrical breast pump on a surface , the breast cover and the pumping device lie substantially within a virtual general straight cylinder, the base area of which corresponds to the area of the largest cross-section of the milk storage unit parallel to the surface stretched by a factor of 2.5, preferably by a factor of 2.0, particularly preferably by a factor of 1.8, wherein the area centroid of the base area is identical to the area centroid of the area of the largest cross-section, and the height of the virtual general straight cylinder is infinite in both directions.