mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the secure and efficient provision of at least one at least partly autonomous driving mode of a vehicle , comprising: creation of a request by the vehicle to retrieve an authorization to perform the at least one at least partly autonomous driving mode; reception of the request at a server ; checking of the authorization to perform the at least one at least partly autonomous driving mode, - wherein the checking of the authorization comprises checking whether there is a security problem in relation to the vehicle ; and - wherein the security problem in relation to the vehicle comprises the compromising of at least one controller by a previous hacker attack; creation of authorization data corresponding to the check; and creation of a response comprising the authorization data ; and reception and evaluation of the response in the vehicle . creation of a request by the vehicle to retrieve an authorization to perform the at least one at least partly autonomous driving mode; reception of the request at a server ; checking of the authorization to perform the at least one at least partly autonomous driving mode, - wherein the checking of the authorization comprises checking whether there is a security problem in relation to the vehicle ; and - wherein the security problem in relation to the vehicle comprises the compromising of at least one controller by a previous hacker attack; - wherein the checking of the authorization comprises checking whether there is a security problem in relation to the vehicle ; and - wherein the security problem in relation to the vehicle comprises the compromising of at least one controller by a previous hacker attack; creation of authorization data corresponding to the check; and creation of a response comprising the authorization data ; and reception and evaluation of the response in the vehicle .
A trocar comprising: a central cylinder defining a central channel and having a distal end configured for insertion within a body cavity of a subject; one or more outlets located within the central cylinder, wherein the one or more outlets are configured to dispense a liquid when an endoscope is withdrawn from a distally extended position within the central channel of the trocar to a position proximate to the one or more outlets, the one or more outlets having a shape or size sufficient to generate sufficient flow to reach a center of the central cylinder and clean a lens of the endoscope; characterized in a sensor configured to detect when a distal end of the endoscope has been withdrawn to the position proximate to the one or more outlets; and a controller in communication with the sensor, the controller configured to control the flow to the one or more outlets to expel the liquid from the one or more outlets when the distal end of the endoscope is proximate to the one or more outlets. a central cylinder defining a central channel and having a distal end configured for insertion within a body cavity of a subject; one or more outlets located within the central cylinder, wherein the one or more outlets are configured to dispense a liquid when an endoscope is withdrawn from a distally extended position within the central channel of the trocar to a position proximate to the one or more outlets, the one or more outlets having a shape or size sufficient to generate sufficient flow to reach a center of the central cylinder and clean a lens of the endoscope; characterized in a sensor configured to detect when a distal end of the endoscope has been withdrawn to the position proximate to the one or more outlets; and a controller in communication with the sensor, the controller configured to control the flow to the one or more outlets to expel the liquid from the one or more outlets when the distal end of the endoscope is proximate to the one or more outlets.
A method for configuring a network slice, wherein the method comprises: receiving , by a terminal, network slice information sent by a core network; determining , by the terminal, whether the network slice information sent by the core network matches reference network slice information; characterized in that the method further comprises: if the terminal determines that the network slice information sent by the core network does not match the reference network slice information, storing , by the terminal, the network slice information that does not match the reference network slice information; and in a case that the terminal sends a network slice request message to the core network, indicating in the network slice request message that the network slice information that does not match the reference network slice information needs to be excluded from network slice information that is requested. receiving , by a terminal, network slice information sent by a core network; determining , by the terminal, whether the network slice information sent by the core network matches reference network slice information; characterized in that the method further comprises: if the terminal determines that the network slice information sent by the core network does not match the reference network slice information, storing , by the terminal, the network slice information that does not match the reference network slice information; and in a case that the terminal sends a network slice request message to the core network, indicating in the network slice request message that the network slice information that does not match the reference network slice information needs to be excluded from network slice information that is requested.
A packet for smoking articles comprising: a group of smoking articles; an outer container , which has a plurality of walls (6-13) each of which is formed by the same wrapping material; an inner wrap , which encloses the group of smoking articles and is housed in the outer container ; and an overwrap , which surrounds and wraps the outer container ; wherein at least one wall of the outer container has at least one removable portion , which is delimited by at least one tearable weakening line , and is stably connected to the overwrap so as to be separated from the wall of the outer container , by tearing, when the overwrap is at least partially removed; the packet for smoking articles is characterized in that the removable portion is an integral part of the wall of the outer container , affects at least part of the thickness of the wall of the outer container , is initially coplanar with the remaining part of the wall of the outer container , is formed by the same identical wrapping material as the rest of the wall of the outer container , and causes the formation of a hole in the wall of the outer container when it is separated by tearing from the remaining part of the wall of the outer container . a group of smoking articles; an outer container , which has a plurality of walls (6-13) each of which is formed by the same wrapping material; an inner wrap , which encloses the group of smoking articles and is housed in the outer container ; and an overwrap , which surrounds and wraps the outer container ; wherein at least one wall of the outer container has at least one removable portion , which is delimited by at least one tearable weakening line , and is stably connected to the overwrap so as to be separated from the wall of the outer container , by tearing, when the overwrap is at least partially removed; the packet for smoking articles is characterized in that the removable portion is an integral part of the wall of the outer container , affects at least part of the thickness of the wall of the outer container , is initially coplanar with the remaining part of the wall of the outer container , is formed by the same identical wrapping material as the rest of the wall of the outer container , and causes the formation of a hole in the wall of the outer container when it is separated by tearing from the remaining part of the wall of the outer container .
An electrophotographic fixing member (1; 2) comprising: a substrate , an elastic layer , and a releasing layer , wherein: thermal effusivity in a depth region from a surface of the releasing layer is 1.5 [kJ/(m 2 ·K·sec 0.5 )] or more, the depth region corresponding to a thermal diffusion length when an alternating-current temperature wave having a frequency of 10 Hz is applied to the surface of the releasing layer , characterized in that the elastic layer contains fillers including an inorganic filler having a volume heat capacity of 3.0 [mJ/m 3 ·K] or more, and vapor grown carbon fibers , the total amount of the fillers in the elastic layer is 25% by volume or more and 50% by volume or less based on the volume of the elastic layer , the total amount of the vapor grown carbon fibers in the elastic layer is 0.5% by volume or more and 5% by volume or less based on the volume of the elastic layer , and an average type C micro rubber hardness of a surface of the fixing member (1; 2) is 85 degrees or less when measured using a micro rubber hardness tester MD-1 capa Type C manufactured by Kobunshi Keiki Co., Ltd. a substrate , an elastic layer , and a releasing layer , thermal effusivity in a depth region from a surface of the releasing layer is 1.5 [kJ/(m 2 ·K·sec 0.5 )] or more, the depth region corresponding to a thermal diffusion length when an alternating-current temperature wave having a frequency of 10 Hz is applied to the surface of the releasing layer , characterized in that the elastic layer contains fillers including an inorganic filler having a volume heat capacity of 3.0 [mJ/m 3 ·K] or more, and vapor grown carbon fibers , the total amount of the fillers in the elastic layer is 25% by volume or more and 50% by volume or less based on the volume of the elastic layer , the total amount of the vapor grown carbon fibers in the elastic layer is 0.5% by volume or more and 5% by volume or less based on the volume of the elastic layer , and an average type C micro rubber hardness of a surface of the fixing member (1; 2) is 85 degrees or less when measured using a micro rubber hardness tester MD-1 capa Type C manufactured by Kobunshi Keiki Co., Ltd.
An automobile, comprising: a processor and a sensing apparatus , wherein the sensing apparatus is installed on a part that is of the automobile and that can be in contact with a hand of a driver, wherein the part that may be in contact with the hand of the driver is a door handle of the automobile; the sensing apparatus comprises a transmitter and a receiver , wherein the transmitter is configured to send a sound wave signal to the hand of the driver, and the receiver is configured to: receive a reflected sound wave signal reflected by the hand of the driver, convert the reflected sound wave signal to an electrical signal, and send the electrical signal to the processor ; and the processor is configured to: receive the electrical signal, analyze the electrical signal to obtain a feature of the reflected sound wave signal, and recognize an identity of the driver based on the feature of the reflected sound wave signal; wherein the sensing apparatus further comprises a shock-absorbing component , the shock-absorbing component may be disposed between the transmitter and the door handle , the shock-absorbing component is configured to reduce a sound wave signal transmitted by the transmitter to a rigid area of the door handle . a processor and a sensing apparatus , wherein the sensing apparatus is installed on a part that is of the automobile and that can be in contact with a hand of a driver, wherein the part that may be in contact with the hand of the driver is a door handle of the automobile; the sensing apparatus comprises a transmitter and a receiver , wherein the transmitter is configured to send a sound wave signal to the hand of the driver, and the receiver is configured to: receive a reflected sound wave signal reflected by the hand of the driver, convert the reflected sound wave signal to an electrical signal, and send the electrical signal to the processor ; and the processor is configured to: receive the electrical signal, analyze the electrical signal to obtain a feature of the reflected sound wave signal, and recognize an identity of the driver based on the feature of the reflected sound wave signal; wherein the sensing apparatus further comprises a shock-absorbing component , the shock-absorbing component may be disposed between the transmitter and the door handle , the shock-absorbing component is configured to reduce a sound wave signal transmitted by the transmitter to a rigid area of the door handle .
High-voltage device for a high-voltage application, comprising an electrically insulating housing having a housing cover which covers a housing interior and cover means , arranged in the housing interior , for at least one electrical terminal or electrical area to be protected from touch, wherein the cover means have a protective cover , which covers the electrical terminal or the electrical area, can be locked in a closed position by means of at least one locking element and can be transferred into an open position by means of an opening procedure, characterized in that the at least one locking element for the protective cover within the housing is a screw, which is held on the protective cover in the axial screw direction and is arranged on the protective cover in a loss-proof manner, wherein its release over a screwing procedure owing to a corresponding length (L) of the screw demands a period of time, after which the electrical terminal or the electrical area has transitioned to a touch-proof state following the opening of the housing cover and the thus-triggered interruption of the high-voltage circuit.
A dry powder inhalation detection system comprising: a dry powder inhaler including a mouthpiece , and a unit dose cartridge structurally configured for said dry powder inhaler , wherein the detection system includes a detachable interactive monitoring device (1000;1700) comprising a sensor (1202; 1804) wherein the sensor is configured to be provided within an air conduit of the mouthpiece and is configured to detect at least one signal generated from said dry powder inhaler and transmits in real-time said at least one signal to at least one external device comprising a computer by wireless communication for analysis of said at least one signal to generate data for real-time display of an inhalation maneuver concurrently being performed by a user. a dry powder inhaler including a mouthpiece , and a unit dose cartridge structurally configured for said dry powder inhaler , wherein the detection system includes a detachable interactive monitoring device (1000;1700) comprising a sensor (1202; 1804) wherein the sensor is configured to be provided within an air conduit of the mouthpiece and is configured to detect at least one signal generated from said dry powder inhaler and transmits in real-time said at least one signal to at least one external device comprising a computer by wireless communication for analysis of said at least one signal to generate data for real-time display of an inhalation maneuver concurrently being performed by a user.
A device for use in measuring an analyte, being glucose, in a host, the device comprising: a transcutaneous enzymatic electrochemical sensor operably connected to sensor electronics, the sensor electronics configured for measuring the analyte in the host; at least one electrical contact configured to operably connect the sensor to the sensor electronics; a sealing member at least partially surrounding at least one of the sensor and the electrical contact, wherein the sealing member is configured to seal the electrical contact from moisture when the sensor is operably connected to the sensor electronics; and a housing on which the sealing member is disposed, wherein the housing is configured to mechanically hold the sealing member thereon by means of male-female mechanical structures without substantial translation, deformation, and/or compression during insertion of the sensor into the host. a transcutaneous enzymatic electrochemical sensor operably connected to sensor electronics, the sensor electronics configured for measuring the analyte in the host; at least one electrical contact configured to operably connect the sensor to the sensor electronics; a sealing member at least partially surrounding at least one of the sensor and the electrical contact, wherein the sealing member is configured to seal the electrical contact from moisture when the sensor is operably connected to the sensor electronics; and a housing on which the sealing member is disposed, wherein the housing is configured to mechanically hold the sealing member thereon by means of male-female mechanical structures without substantial translation, deformation, and/or compression during insertion of the sensor into the host.
A reproduction device comprising: a decoding unit configured to decode encoded metadata, encoded audio data and encoded video data; a zoom area selecting unit configured to select one or a plurality of pieces of zoom area information from among a plurality of pieces of zoom area information designating areas to be zoomed; and a data processing unit configured to perform a trimming process for the video data acquired through decoding on the basis of the selected zoom area information; wherein, in the plurality of pieces of zoom area information, the zoom area information designating the area for each type of reproduction target equipment is included; and wherein the zoom area selecting unit selects the zoom area information on the basis of information relating to the reproduction device. a decoding unit configured to decode encoded metadata, encoded audio data and encoded video data; a zoom area selecting unit configured to select one or a plurality of pieces of zoom area information from among a plurality of pieces of zoom area information designating areas to be zoomed; and a data processing unit configured to perform a trimming process for the video data acquired through decoding on the basis of the selected zoom area information; wherein, in the plurality of pieces of zoom area information, the zoom area information designating the area for each type of reproduction target equipment is included; and wherein the zoom area selecting unit selects the zoom area information on the basis of information relating to the reproduction device.
A method of calibrating a non-contact temperature measurement device in an additive manufacturing system , the method comprising: applying energy from a radiation source of the additive manufacturing system to heat a reference element, the reference element being thermally coupled to a temperature sensor ; comparing a temperature reading from the temperature sensor with data from the non-contact temperature measurement device to calibrate said device; the method characterized in that it further comprises: moving the reference element relative to the non-contact temperature measurement device ; and comparing a temperature reading from the temperature sensor with data from a different portion of the non-contact temperature measurement device to calibrate said different portion of the device. applying energy from a radiation source of the additive manufacturing system to heat a reference element, the reference element being thermally coupled to a temperature sensor ; comparing a temperature reading from the temperature sensor with data from the non-contact temperature measurement device to calibrate said device; moving the reference element relative to the non-contact temperature measurement device ; and comparing a temperature reading from the temperature sensor with data from a different portion of the non-contact temperature measurement device to calibrate said different portion of the device.
An insulator, comprising an insulating tube and a flange connected to an end of the insulating tube , the flange comprising a flange plate abutting against the end of the insulating tube , the flange plate being provided with a groove recessed toward an inside of the insulating tube , the groove being in communication with the insulating tube , an inflation valve being provided in the groove , and a sealing material being filled in the groove and covering the inflation valve ; characterized in that : the groove is a stepped hole, the inflation valve is connected to the stepped hole , the inflation valve comprises a fastening nut , a second boss is provided in the stepped hole , and the fastening nut abuts against a boss surface of the second boss .
Drip chamber and spike assembly for medical lines, including a generally cylindrical body having an end edge fixed to a base part of the spike assembly , wherein said body of the drip chamber is made of a soft plastic material and said base part solely consists of a hollow tang engaged in said end edge of the body of the drip chamber, characterised by said end edge of the body of the drip chamber externally consisting of a crown of integral reliefs defining a grasping element.
A method of laser processing comprising generating a laser beam having, at different longitudinal positions in a propagation direction, first and second transverse beam profiles of energy density, wherein the first transverse beam profile is different to the second transverse beam profile and is non-Gaussian and the second transverse beam profile is Gaussian or Gaussian-like, and carrying out a scan of the laser beam across a working surface , wherein, during the scan, the laser beam and/or working surface is adjusted such that, for a first part of the scan, the first transverse beam profile is located at the working surface and, for a second part of the scan, the second transverse beam profile is located at the working surface , characterised in that the first transverse beam profile is formed at a focal point of the laser beam and the second transverse beam profile is formed away from a focal point of the laser beam , wherein adjustment of the laser beam and/or working surface comprises adjusting a relative position of the working surface to the focal point.