mhurhangee/patent-ind-claim-en huggingface dataset:
Method for creating an environment model of a vehicle , wherein a lane is ascertained on the basis of objects and/or free space boundaries and/or roadway boundaries , wherein the lane indicates the zone around the vehicle in which the vehicle can drive freely, wherein the lane comprises at least one lane segment , wherein the lane segment comprises at least one lane segment boundary , in particular a front lane segment boundary , a rear lane segment boundary, a left-hand lane segment boundary and a right-hand lane segment boundary, wherein the distance from the vehicle to the lane segment boundary is determined, and wherein the lane is made available to a driver assistance system , characterized in that the speed of change in the distance from the vehicle to at least one lane segment boundary is determined.
System for controlling access to a restricted area in a building, comprising: a sliding door system which comprises a door frame and a sliding door which can be displaced in the door frame between a closed position and an open position by means of a drive unit , wherein the door frame has a passage region and a wall shell region which at least partially accommodates the sliding door in the open position, and wherein the sliding door has an end face which points toward the passage region in the open position; a controller which comprises a processor unit and a sensor unit , wherein the sensor unit is arranged on the end face of the sliding door and wherein the processor unit is arranged in an inner space of the sliding door and electrically connected to the sensor unit and the drive unit ; and a recognition device which is arranged on the sliding door system or in the vicinity thereof and is communicatively connected to the controller , wherein the recognition device is designed to capture and check credentials presented by the user , wherein the controller is designed to determine a record in a storage device if the credentials are valid for the user , in which storage device the credentials are assigned to a stored opening width (W) of the sliding door , in order to trigger the movement of the sliding door according to the stored opening width (W), and wherein the controller is designed to recognize a gesture made by the user and to trigger a movement of the sliding door depending on this gesture in deviation from the stored opening width (W). a sliding door system which comprises a door frame and a sliding door which can be displaced in the door frame between a closed position and an open position by means of a drive unit , wherein the door frame has a passage region and a wall shell region which at least partially accommodates the sliding door in the open position, and wherein the sliding door has an end face which points toward the passage region in the open position; a controller which comprises a processor unit and a sensor unit , wherein the sensor unit is arranged on the end face of the sliding door and wherein the processor unit is arranged in an inner space of the sliding door and electrically connected to the sensor unit and the drive unit ; and a recognition device which is arranged on the sliding door system or in the vicinity thereof and is communicatively connected to the controller , wherein the recognition device is designed to capture and check credentials presented by the user , wherein the controller is designed to determine a record in a storage device if the credentials are valid for the user , in which storage device the credentials are assigned to a stored opening width (W) of the sliding door , in order to trigger the movement of the sliding door according to the stored opening width (W), and wherein the controller is designed to recognize a gesture made by the user and to trigger a movement of the sliding door depending on this gesture in deviation from the stored opening width (W).
An assembly comprising a wall , a conduit and a seal, wherein the seal comprises a front fitting , a rear fitting and a compressible part placed between the front fitting and the rear fitting , and tightening screws connecting the front fitting and the rear fitting , which seal is a transition for the conduit through the wall , wherein the conduit is received in a central through opening of the seal and wherein the seal is received in an opening of the wall , wherein, in the mounted seal, the compressible part seals inwards against the conduit and outwards against an inner surface of the opening of the wall and wherein the axial extension of the compressible part is larger than the thickness of the wall at the opening of the wall , characterized in that the rear fitting has a circumferential outer folded edge , which folded edge is perpendicular to the adjacent part of the rear fitting and is directed towards the front fitting in the assembled seal, and wherein the compressible part has an outer circumferential recess at one end receiving the outer folded edge of the rear fitting , and an outer circumferential lip at the opposite end, which lip is perpendicular to the compressible part and is placed between the front fitting and the wall when the seal is mounted.
A method for evaluating a lung tissue, the method comprising: (a) determining expression levels of ASPM and eight or more genes in a lung tissue sample obtained from a subject, wherein the eight or more genes are selected from the following genes: BUB1, PTTG1, SHCBP1, NUSAP1, MK167, HJURP, CDCA3, PLK1, PRR11, BRCA2, ORM1, CCNB2, SMC4, HM13, DMD, FHL1, ORM2, NDUFC2-KCTD14, NCAPH, TTLL7, DEPDC1B, CNTN4, PRKAA2, PRKCQ, CDC42BPA, PARKD3B, SCTR, CSF3R, MPDZ; and (b) using a trained algorithm to classify the lung tissue sample as positive for an idiopathic pulmonary fibrosis (IPF) tissue sample or a non-specific interstitial pneumonia (NSIP) tissue sample based on the expression levels determined in a). (a) determining expression levels of ASPM and eight or more genes in a lung tissue sample obtained from a subject, wherein the eight or more genes are selected from the following genes: BUB1, PTTG1, SHCBP1, NUSAP1, MK167, HJURP, CDCA3, PLK1, PRR11, BRCA2, ORM1, CCNB2, SMC4, HM13, DMD, FHL1, ORM2, NDUFC2-KCTD14, NCAPH, TTLL7, DEPDC1B, CNTN4, PRKAA2, PRKCQ, CDC42BPA, PARKD3B, SCTR, CSF3R, MPDZ; and (b) using a trained algorithm to classify the lung tissue sample as positive for an idiopathic pulmonary fibrosis (IPF) tissue sample or a non-specific interstitial pneumonia (NSIP) tissue sample based on the expression levels determined in a).
Worktop with a plurality of ball rollers which are embedded into the worktop and are arranged such that they can be lowered into the worktop , characterized in that the ball rollers can be lowered into the worktop via an eccentric mechanism , wherein the eccentric mechanism comprises a connecting shaft and a control disk.
A method performed by a first radio access node ( gNB1) in a Radio Access Network, RAN, for providing adaptive service areas in a multicast transmission session, the method comprising: participating in a multicast transmission session for a service, comprising a multicast stream currently transmitted at least by the first radio access node to one or more User Equipment, UE, in a first cell; and providing , when a RAN decision is made to include cells of the first radio access node (gNB1) in the transmission of the service, a preparation notification to a second radio access node ( gNB2) neighboring the first radio access node to prepare for mobility of the one or more UE to the neighbor second radio access node, the preparation notification comprising session information to prepare for the multicast transmission session for the service. participating in a multicast transmission session for a service, comprising a multicast stream currently transmitted at least by the first radio access node to one or more User Equipment, UE, in a first cell; and providing , when a RAN decision is made to include cells of the first radio access node (gNB1) in the transmission of the service, a preparation notification to a second radio access node ( gNB2) neighboring the first radio access node to prepare for mobility of the one or more UE to the neighbor second radio access node, the preparation notification comprising session information to prepare for the multicast transmission session for the service.
A keyring, comprising: a base body , a cover plate , a cord-like element , a spring , a roller , a push button (6.1), and an annular segment , characterized in that the cover plate is arranged on the base plate and fastened by fastening means; the spring is received in a cavity of the base plate ; the cover plate has two recesses in which the cord-like element is received; the roller is arranged rotatably on the cover plate ; the annular segment has an opening ; the push button (6.1) is arranged on the cover plate , wherein the push button (6.1) has an open position and a closed position, wherein in the closed position, the push button (6.1) assumes a force- and/or form-fit connection to the cord-like element ; wherein the push button (6.1) has a part (6.2) movable by the push button (6.1), which part (6.2) can be inserted into an opening of the annular segment ; and wherein the push button (6.1) is locked or released by the spring . a base body , a cover plate , a cord-like element , a spring , a roller , a push button (6.1), and an annular segment , characterized in that the cover plate is arranged on the base plate and fastened by fastening means; the spring is received in a cavity of the base plate ; the cover plate has two recesses in which the cord-like element is received; the roller is arranged rotatably on the cover plate ; the annular segment has an opening ; the push button (6.1) is arranged on the cover plate , wherein the push button (6.1) has an open position and a closed position, wherein in the closed position, the push button (6.1) assumes a force- and/or form-fit connection to the cord-like element ; wherein the push button (6.1) has a part (6.2) movable by the push button (6.1), which part (6.2) can be inserted into an opening of the annular segment ; and wherein the push button (6.1) is locked or released by the spring .
A structure for arranging a speaker in a vehicle, the structure comprising: a hinge pillar including a hinge pillar inner and a hinge pillar outer that form a closed cross-section extending vertically; and a speaker box fixed to the hinge pillar and configured to hold and house a speaker therein, wherein an opening is open in a transverse direction of the vehicle in the hinge pillar inner , the speaker box includes a box part formed of a sheet metal member including a bottom and side walls that form a housing space housing the speaker, together with the bottom, and the box part is arranged in the opening , with the bottom located in the closed cross-section and with the housing space open inside a vehicle cabin, and is joined to an edge of the opening , characterized in that a lower part of the hinge pillar inner includes a rear edge extending rearward toward a bottom, the box part is arranged at the lower part of the hinge pillar inner , a lower rear of the box part is bulged more rearward than an upper rear of the box part along a lower rear edge of the hinge pillar inner , and the lower rear includes an inclined surface between a vehicle outer side surface being the bottom of the box part and a lower surface being a part of the side walls of the box part . a hinge pillar including a hinge pillar inner and a hinge pillar outer that form a closed cross-section extending vertically; and a speaker box fixed to the hinge pillar and configured to hold and house a speaker therein, wherein an opening is open in a transverse direction of the vehicle in the hinge pillar inner , the speaker box includes a box part formed of a sheet metal member including a bottom and side walls that form a housing space housing the speaker, together with the bottom, and the box part is arranged in the opening , with the bottom located in the closed cross-section and with the housing space open inside a vehicle cabin, and is joined to an edge of the opening , characterized in that a lower part of the hinge pillar inner includes a rear edge extending rearward toward a bottom, the box part is arranged at the lower part of the hinge pillar inner , a lower rear of the box part is bulged more rearward than an upper rear of the box part along a lower rear edge of the hinge pillar inner , and the lower rear includes an inclined surface between a vehicle outer side surface being the bottom of the box part and a lower surface being a part of the side walls of the box part .
A method of a user equipment, UE , comprising: detecting , at the UE, that a calling identifier received as part of initiating a call, by the UE, matches a first emergency identifier, the first emergency identifier associated with information related to a Uniform Resource Name, URN; detecting , at the UE, that the UE is in a second network different from a first network , wherein the first emergency identifier is configured by the first network; and in response to the detecting that the UE is in the second network different from the first network, including , by the UE, a particular emergency service URN, in a Session Initiation Protocol, SIP, INVITE message to be transmitted by the UE, wherein the particular emergency service URN is urn:service:sos and wherein the transmission of the SIP INVITE message is an attempt to initiate an emergency session. detecting , at the UE, that a calling identifier received as part of initiating a call, by the UE, matches a first emergency identifier, the first emergency identifier associated with information related to a Uniform Resource Name, URN; detecting , at the UE, that the UE is in a second network different from a first network , wherein the first emergency identifier is configured by the first network; and in response to the detecting that the UE is in the second network different from the first network, including , by the UE, a particular emergency service URN, in a Session Initiation Protocol, SIP, INVITE message to be transmitted by the UE, wherein the particular emergency service URN is urn:service:sos and wherein the transmission of the SIP INVITE message is an attempt to initiate an emergency session.
A transparent and essentially colorless and non-diffusing glass-ceramic of the lithium aluminosilicate type containing a β-quartz solid solution as main crystalline phase, wherein : - its composition, free of arsenic oxide, antimony oxide and rare earth oxide except for inevitable trace amounts, contains, expressed as percentages by weight of oxides: 62-72% of SiO 2 , 20-23% of Al 2 O 3 , 2.8-5% of Li 2 O, 0.1-0.6% of SnO 2 , 1.9-4% of TiO 2 , 1.6-3% of ZrO 2 , less than 0.4% of MgO, 0.4-3% of ZnO and 2.1-5% of BaO, with 2.5-6% of ZnO + BaO + SrO, less than 250 ppm of Fe 2 O 3; and - the crystallites present in said β-quartz solid solution have an average size of less than 35 nm, advantageously less than 30 nm. - its composition, free of arsenic oxide, antimony oxide and rare earth oxide except for inevitable trace amounts, contains, expressed as percentages by weight of oxides: 62-72% of SiO 2 , 20-23% of Al 2 O 3 , 2.8-5% of Li 2 O, 0.1-0.6% of SnO 2 , 1.9-4% of TiO 2 , 1.6-3% of ZrO 2 , less than 0.4% of MgO, 0.4-3% of ZnO and 2.1-5% of BaO, with 2.5-6% of ZnO + BaO + SrO, less than 250 ppm of Fe 2 O 3; and 62-72% of SiO 2 , 20-23% of Al 2 O 3 , 2.8-5% of Li 2 O, 0.1-0.6% of SnO 2 , 1.9-4% of TiO 2 , 1.6-3% of ZrO 2 , less than 0.4% of MgO, 0.4-3% of ZnO and 2.1-5% of BaO, with 2.5-6% of ZnO + BaO + SrO, less than 250 ppm of Fe 2 O 3; and - the crystallites present in said β-quartz solid solution have an average size of less than 35 nm, advantageously less than 30 nm.
Method for optimizing a production process for a component to be produced by additive manufacturing, by means of a simulation of the production process , wherein predetermined necessary properties of the component are specified as boundary conditions of the simulation , and wherein the method comprises the following method steps (a, b, c, d), which are carried out in the course of the simulation: a) determining a position of the component in a production space that is optimized according to a process optimization criterion ; characterized by b) calculating displacements of and/or stresses of the component that can be caused by the production process ; c) determining supporting structures optimized according to the process optimization criterion 97) which counteract the displacements and/or stresses; d) determining at least one part of the design of the component that is optimized according to a component optimization criterion . a) determining a position of the component in a production space that is optimized according to a process optimization criterion ; characterized by b) calculating displacements of and/or stresses of the component that can be caused by the production process ; c) determining supporting structures optimized according to the process optimization criterion 97) which counteract the displacements and/or stresses; d) determining at least one part of the design of the component that is optimized according to a component optimization criterion .
A method performed by a first Station, STA, for any one out of: transmitting Narrow Band, NB, signals to, and receiving NB signals from, second STAs in a Wireless Local Area Network, WLAN, such as a Wi-Fi network, Which WLAN e.g. is based on OFDMA, the method comprising one or more out of: transmitting the NB signals to the second STAs , and receiving the NB signals from the second STAs ,wherein the NB signal symbol boundaries are aligned in time with symbol boundaries of a Wide Band, WB, signal transmitted by any one out of the first STA or another STA, and wherein the NB signals start with a preamble comprising an NB- Short Training Field, STF followed by a NB- Long Training Field, LTF, which NB LTF and NB STF are designed to avoid interference between the NB signals and WB signals, wherein the NB STF is designed to avoid interference between the NB signals and WB signals by comprising a number NSTF of OFDM symbols that are preceded by a guard interval of a length comprising: the number NSTF of OFDM symbols times a length of a guard interval according to a WB system, and wherein the NB LTF is designed to avoid interference between the NB signals and WB signals by comprising the NB LTF comprising a number N LTF of OFDM symbols, where each one of the number N LTF of OFDM symbols is preceded by a guard interval according to a WB system. transmitting the NB signals to the second STAs , and receiving the NB signals from the second STAs ,wherein the NB signal symbol boundaries are aligned in time with symbol boundaries of a Wide Band, WB, signal transmitted by any one out of the first STA or another STA, and wherein the NB signals start with a preamble comprising an NB- Short Training Field, STF followed by a NB- Long Training Field, LTF, which NB LTF and NB STF are designed to avoid interference between the NB signals and WB signals, wherein the NB STF is designed to avoid interference between the NB signals and WB signals by comprising a number NSTF of OFDM symbols that are preceded by a guard interval of a length comprising: the number NSTF of OFDM symbols times a length of a guard interval according to a WB system, and wherein the NB LTF is designed to avoid interference between the NB signals and WB signals by comprising the NB LTF comprising a number N LTF of OFDM symbols, where each one of the number N LTF of OFDM symbols is preceded by a guard interval according to a WB system.
A method for obtaining an extract of patchouli leaves comprising the following steps: a. harvesting the upper part of the patchouli aerial parts and then drying and grounding or cryogenically grounding. b. performing a supercritical carbon dioxide extraction in the presence of ethanol at a concentration of between 60 and 80% (volume/volume) as a polar co-solvent. c. recovering the crude patchouli extract, decolouring it in the presence of activated carbon and filtering before the co-solvent is evaporated. a. harvesting the upper part of the patchouli aerial parts and then drying and grounding or cryogenically grounding. b. performing a supercritical carbon dioxide extraction in the presence of ethanol at a concentration of between 60 and 80% (volume/volume) as a polar co-solvent. c. recovering the crude patchouli extract, decolouring it in the presence of activated carbon and filtering before the co-solvent is evaporated.
A razor cartridge comprising: at least one razor blade having a cutting edge; a blade housing configured to accommodate the at least one razor blade in a longitudinal direction, which is perpendicular to a shaving direction; and a pair of fixing clips configured to secure both ends of the at least one razor blade to be seated in the blade housing , characterized in that : the blade housing includes a pair of side slits which are disposed at a forward position with respect to the at least one razor blade and configured to be open at a side end of the blade housing ; and each of the pair of fixing clips includes a first leg portion and a second leg portion , wherein for each of the fixing clips , the corresponding first leg portion is accommodated in a corresponding side slit of the pair of side slits and the corresponding second leg portion is wrapped around a rear end of the blade housing . at least one razor blade having a cutting edge; a blade housing configured to accommodate the at least one razor blade in a longitudinal direction, which is perpendicular to a shaving direction; and a pair of fixing clips configured to secure both ends of the at least one razor blade to be seated in the blade housing , characterized in that : the blade housing includes a pair of side slits which are disposed at a forward position with respect to the at least one razor blade and configured to be open at a side end of the blade housing ; and each of the pair of fixing clips includes a first leg portion and a second leg portion , wherein for each of the fixing clips , the corresponding first leg portion is accommodated in a corresponding side slit of the pair of side slits and the corresponding second leg portion is wrapped around a rear end of the blade housing .
Multifunctional continuous dyeing apparatus for a yarn , the dyeing apparatus being provided at the bottom with a main body inside which following processing groups are placed in sequence, with reference to the feeding direction (F) of the yarn : - at least one first dyeing group for the yarn , provided with a corresponding first squeezing device for said yarn ; - an oxidation or diffusion/fixation group , placed downstream of the first dyeing group and arranged for the oxidation of the dyed yarn , or for the diffusion/fixation of the dye in the fibre of said dyed yarn ; and wherein at least the first dyeing group , the first squeezing device , the oxidation or diffusion/fixation group are hermetically sealing enclosed by at least one covering case , integral at the top with the main body , the apparatus being characterized in that at least part of the at least one covering case is provided, on at least part of the side surfaces of said at least one covering case , with a plurality of doors , wherein said plurality of doors pass from an at least partially opening configuration wherein said plurality of doors are at least partially open to perform the dyeing of the yarn in an environment exposed to air to a seal closing configuration wherein said plurality of doors are seal closed to perform the dyeing of said yarn in an inert environment under nitrogen. - at least one first dyeing group for the yarn , provided with a corresponding first squeezing device for said yarn ; - an oxidation or diffusion/fixation group , placed downstream of the first dyeing group and arranged for the oxidation of the dyed yarn , or for the diffusion/fixation of the dye in the fibre of said dyed yarn ; and