mhurhangee/ep-ind-claims huggingface dataset:
An in-vehicle charging station for an electrically heated aerosol-generating device, the in-vehicle charging station being configured for stationary arrangement at a site of use in a vehicle and comprising: a docking port for removably receiving the aerosol-generating device; a charging circuit operatively connectable to the aerosol-generating device when being received in the docking port for charging an electrical power supply of the aerosol-generating device; and a housing adapted for securing at least the docking port and the charging circuit against displacement, relative to the site of use in the vehicle, during insertion or removal of the aerosol-generating device into or from the docking port, characterized in that the in-vehicle charging station further comprises a releasable retaining device configured for securely retaining the aerosol-generating device in the docking port in a form-fitting or force-fitting or force- and form-fitting manner, or by comprising at least one of a magnetic lock or an electromagnetic lock, such as to allow for one-handed removing of an aerosol-generating article from the aerosol-generating device. a docking port for removably receiving the aerosol-generating device; a charging circuit operatively connectable to the aerosol-generating device when being received in the docking port for charging an electrical power supply of the aerosol-generating device; and a housing adapted for securing at least the docking port and the charging circuit against displacement, relative to the site of use in the vehicle, during insertion or removal of the aerosol-generating device into or from the docking port, characterized in that the in-vehicle charging station further comprises a releasable retaining device configured for securely retaining the aerosol-generating device in the docking port in a form-fitting or force-fitting or force- and form-fitting manner, or by comprising at least one of a magnetic lock or an electromagnetic lock, such as to allow for one-handed removing of an aerosol-generating article from the aerosol-generating device.
A nucleic acid sequence comprising a sequence of contiguous nucleotides, wherein said sequence of contiguous nucleotides has at least 90% sequence identity to the nucleic acid sequence of SEQ ID NO: 1, and wherein said sequence of contiguous nucleotides encodes a single-chain BoNT/E1 protein.
A resilient composite structure for connecting a first surface and a second surface comprising: a first support element having a first end, a second end, a first side and a second side; a second support element having a first end, a second end, a first side and a second side, said second support element forming an interior angle with said first support element, said interior angle positioned on a first side of said first support element and a first side of said second support element; a first elastomeric joint body connecting said first support element first end and said second support element second end, said first elastomeric joint body positioned on the first side said first support element and the first side of said second support element; a second elastomeric joint body connecting said first support element second end to said first surface; and a third elastomeric joint body connecting said second support element first end to said second surface and positioned on said second side of said second support element; wherein said first support element second end and said second support element first end are otherwise free ends, characterized in that the second elastomeric joint body is positioned on said second side of said first support element. a first support element having a first end, a second end, a first side and a second side; a second support element having a first end, a second end, a first side and a second side, said second support element forming an interior angle with said first support element, said interior angle positioned on a first side of said first support element and a first side of said second support element; a first elastomeric joint body connecting said first support element first end and said second support element second end, said first elastomeric joint body positioned on the first side said first support element and the first side of said second support element; a second elastomeric joint body connecting said first support element second end to said first surface; and a third elastomeric joint body connecting said second support element first end to said second surface and positioned on said second side of said second support element; wherein said first support element second end and said second support element first end are otherwise free ends, characterized in that the second elastomeric joint body is positioned on said second side of said first support element.
An assembly comprising: a first tube (102, 202, 302); a second tube (104, 204, 304), wherein a first end (110, 210) of the second tube is configured to slidably translate into a first end (108, 208) of the first tube; and an insert (106, 206, 306) configured to be disposed within a first portion (118, 218, 318) of the second tube, wherein the first portion of the second tube is near the first end of the second tube, wherein the first tube, the second tube, and the insert are configured to form a seal, wherein the insert defines a lumen from a first end of the insert to a second opposite end of the insert, the length of the insert between the first end and the second opposite end being less than the length defined by the first portion of the second tube; wherein a coefficient of thermal expansion, called CTE, of the first tube is substantially similar to a CTE of the insert and substantially different from a CTE of the second tube; and wherein the CTE of the first tube is lower than the CTE of the second tube. a first tube (102, 202, 302); a second tube (104, 204, 304), wherein a first end (110, 210) of the second tube is configured to slidably translate into a first end (108, 208) of the first tube; and an insert (106, 206, 306) configured to be disposed within a first portion (118, 218, 318) of the second tube, wherein the first portion of the second tube is near the first end of the second tube, wherein the first tube, the second tube, and the insert are configured to form a seal, wherein the insert defines a lumen from a first end of the insert to a second opposite end of the insert, the length of the insert between the first end and the second opposite end being less than the length defined by the first portion of the second tube; wherein a coefficient of thermal expansion, called CTE, of the first tube is substantially similar to a CTE of the insert and substantially different from a CTE of the second tube; and wherein the CTE of the first tube is lower than the CTE of the second tube.
A control method for a vehicle (1, 1a) having: wheels; a suspension that includes an elastic member; and a steering angle sensor that detects a steering angle of a steering system, the control method for the vehicle comprising: a step of setting target deceleration to be added to the vehicle (1, 1a) based on at least a depression amount of a brake pedal in the vehicle (1, 1a); a step of determining whether a turning operation of the steering system is performed on the basis of the steering angle that is detected by the steering angle sensor; a step of setting additional deceleration based on a steering speed calculated from the steering angle when it is determined that the turning operation of the steering system is performed; a step of controlling the vehicle (1, 1a) such that deceleration in which the additional deceleration is added to the target deceleration is generated on the vehicle (1, 1a); and characterized by a step of correcting the additional deceleration to increase the additional deceleration, such correction to be higher when actual deceleration generated on the vehicle or the target deceleration has a first value than when the actual deceleration generated on the vehicle or the target deceleration has a second value that is lower than the first value. a step of setting target deceleration to be added to the vehicle (1, 1a) based on at least a depression amount of a brake pedal in the vehicle (1, 1a); a step of determining whether a turning operation of the steering system is performed on the basis of the steering angle that is detected by the steering angle sensor; a step of setting additional deceleration based on a steering speed calculated from the steering angle when it is determined that the turning operation of the steering system is performed; a step of controlling the vehicle (1, 1a) such that deceleration in which the additional deceleration is added to the target deceleration is generated on the vehicle (1, 1a); and characterized by a step of correcting the additional deceleration to increase the additional deceleration, such correction to be higher when actual deceleration generated on the vehicle or the target deceleration has a first value than when the actual deceleration generated on the vehicle or the target deceleration has a second value that is lower than the first value.
A system for performing transanal irrigation comprising: a) a transanal irrigation device including: i) an elongated neck having a proximal end and a flushing liquid channel passing therethrough, said flushing liquid channel adapted to communicate with a supply of flushing liquid; ii) an insert positioned on the proximal end of the neck, said insert adapted to be inserted into a body cavity of a user and having a flushing liquid opening that is in fluid communication with the flushing liquid channel of the neck; iii) a control housing connected to the neck; iv) a pump positioned within the control housing and configured so that when the pump is activated, a pressurized flushing liquid from the supply of flushing liquid flows through the flushing liquid channel and exits through the flushing liquid opening of the insert; characterized by: (b) a liquid pressurizing device configured to contain and pressurize the supply of flushing liquid. a) a transanal irrigation device including: i) an elongated neck having a proximal end and a flushing liquid channel passing therethrough, said flushing liquid channel adapted to communicate with a supply of flushing liquid; ii) an insert positioned on the proximal end of the neck, said insert adapted to be inserted into a body cavity of a user and having a flushing liquid opening that is in fluid communication with the flushing liquid channel of the neck; iii) a control housing connected to the neck; iv) a pump positioned within the control housing and configured so that when the pump is activated, a pressurized flushing liquid from the supply of flushing liquid flows through the flushing liquid channel and exits through the flushing liquid opening of the insert; i) an elongated neck having a proximal end and a flushing liquid channel passing therethrough, said flushing liquid channel adapted to communicate with a supply of flushing liquid; ii) an insert positioned on the proximal end of the neck, said insert adapted to be inserted into a body cavity of a user and having a flushing liquid opening that is in fluid communication with the flushing liquid channel of the neck; iii) a control housing connected to the neck; iv) a pump positioned within the control housing and configured so that when the pump is activated, a pressurized flushing liquid from the supply of flushing liquid flows through the flushing liquid channel and exits through the flushing liquid opening of the insert;
Spark-ignited gas engine having a combustion chamber (1.1) and an exhaust gas duct and a thermal reformer, the reformer being connected to at least a part of the exhaust gas duct for supplying the reformer with heat, wherein said reformer is supplied with water and converts water (H 2 O) into hydrogen (H 2) according to the following reactions: R1: MO red + H 2 O << - >> MO ox + H 2, R2: MO ox <<->> MOred + O 2, and in that there are additional heating means (7.1), said heating means (7.1) being powered by a part of the gas the engine is powered with in order to achieve the following exothermic oxidation reaction: R3: CH 4 + O 2 <<->> 2H 2 O + CO 2, or R3': CnHm + (n/2) O 2 <<->> (m/2) H 2 + n CO, whereby the heating means (7.1) are thermodynamically coupled to the reformer for additionally heating the reformer, characterized in that the spark-ignited gas engine further has an exhaust gas turbine and at least one further compressor for loading the air-gas-mixture, said further compressor being mechanically operated via the exhaust gas turbine, said exhaust gas turbine being positioned downstream to the reformer.
A laser source of more than one W for generating light at a desired wavelength, said laser source comprising a bar of laser diodes, a submount onto which said laser bar is affixed, and a cooling element onto which said submount is affixed, wherein - said laser bar has a first coefficient of thermal expansion (CTE bar), - said submount has a second coefficient of thermal expansion (CTE sub), and - said cooling element has a third coefficient of thermal expansion (CTE cool), - said third coefficient (CTE cool) is selected higher than both said first coefficient (CTE bar) and said second coefficient (CTE sub), characterized in that - said second coefficient (CTE sub) is selected such that the average second coefficient (average of CTE sub) is lower than both said first coefficient (CTE bar) and said third coefficient (CTE cool); and - said average second coefficient CTE sub = k * CTE bar with 0.4 < k < 0.9. - said laser bar has a first coefficient of thermal expansion (CTE bar), - said submount has a second coefficient of thermal expansion (CTE sub), and - said cooling element has a third coefficient of thermal expansion (CTE cool), - said third coefficient (CTE cool) is selected higher than both said first coefficient (CTE bar) and said second coefficient (CTE sub), - said second coefficient (CTE sub) is selected such that the average second coefficient (average of CTE sub) is lower than both said first coefficient (CTE bar) and said third coefficient (CTE cool); and - said average second coefficient CTE sub = k * CTE bar with 0.4 < k < 0.9.
A method of wireless communication comprising: mapping resource elements to an extension portion (614, 624, 634, 1011) of an uplink frame; mapping resource elements to a non-extension portion (612, 622, 632, 1013) of the uplink frame, the non-extension portion (612, 622, 632, 1013) comprising a control portion and a data portion; and transmitting the uplink frame on an uplink, wherein the mapping of the resource elements to each of the extension portion (614, 624, 634, 1011) and the non-extension portion (612, 622, 632, 1013) follows a time-first, frequency-second mapping order that skips over the control portion of the non-extension portion (612, 622, 632, 1013). mapping resource elements to an extension portion (614, 624, 634, 1011) of an uplink frame; mapping resource elements to a non-extension portion (612, 622, 632, 1013) of the uplink frame, the non-extension portion (612, 622, 632, 1013) comprising a control portion and a data portion; and transmitting the uplink frame on an uplink, wherein the mapping of the resource elements to each of the extension portion (614, 624, 634, 1011) and the non-extension portion (612, 622, 632, 1013) follows a time-first, frequency-second mapping order that skips over the control portion of the non-extension portion (612, 622, 632, 1013).
A method of generating a calligraphic ink object, comprising: sampling contact coordinates generated by a coordinate input device during writing thereon using a pointer to generate an ink trajectory generally representing the writing; generating an ink envelope, said ink envelope comprising line segments (144, 144A) joining pointer instances (142A, 142B) at said sampled contact coordinates (140A, 140B, 140C), said ink envelope resembling the boundary of the path of a geometric pointer tip following the ink trajectory, wherein the ink envelope comprises an intersection point at the point at which a first tangential line meets a second tangential line, where the first tangential line is tangential to a first pointer instance at a first tangential point and is tangential to an adjacent second pointer instance at a second tangential point, and the second tangential line is tangential to the second pointer instance at a third tangential point and is tangential to an adjacent third pointer instance at a fourth tangential point; wherein the ink envelope includes the intersection point as an envelope point in lieu of the second and third tangential points (148C, 148G); and wherein the method further comprises: generating a smoothed ink envelope at least by fitting curves to points on said ink envelope; and drawing the smoothed ink envelope on a display thereby to generate the calligraphic ink object. sampling contact coordinates generated by a coordinate input device during writing thereon using a pointer to generate an ink trajectory generally representing the writing; generating an ink envelope, said ink envelope comprising line segments (144, 144A) joining pointer instances (142A, 142B) at said sampled contact coordinates (140A, 140B, 140C), said ink envelope resembling the boundary of the path of a geometric pointer tip following the ink trajectory, wherein the ink envelope comprises an intersection point at the point at which a first tangential line meets a second tangential line, where the first tangential line is tangential to a first pointer instance at a first tangential point and is tangential to an adjacent second pointer instance at a second tangential point, and the second tangential line is tangential to the second pointer instance at a third tangential point and is tangential to an adjacent third pointer instance at a fourth tangential point; wherein the ink envelope includes the intersection point as an envelope point in lieu of the second and third tangential points (148C, 148G); and wherein the method further comprises: generating a smoothed ink envelope at least by fitting curves to points on said ink envelope; and drawing the smoothed ink envelope on a display thereby to generate the calligraphic ink object.
A core network selection method carried out by user equipment, UE, for network slicing, the method comprising: obtaining first dedicated core network DCN information from an access network device, wherein the first DCN information comprises information about at least one DCN that can be accessed by the access network device; selecting a to-be-accessed DCN from the at least one DCN according to the first DCN information; and sending information about the to-be-accessed DCN to the access network device, so that the access network device determines a core network device according to the information about the to-be-accessed DCN; characterized in that the first DCN information comprises a type of the at least one DCN; the selecting a to-be-accessed DCN from the at least one DCN according to the first DCN information comprises: selecting, from the at least one DCN, a DCN whose type matches a service type of the UE, as the to-be-accessed DCN; and the sending information about the to-be-accessed DCN to the access network device, so that the access network device determines a core network device according to the information about the to-be-accessed DCN comprises: sending the type of the to-be-accessed DCN to the access network device, so that the access network device determines the core network device according to the type of the to-be-accessed DCN. obtaining first dedicated core network DCN information from an access network device, wherein the first DCN information comprises information about at least one DCN that can be accessed by the access network device; selecting a to-be-accessed DCN from the at least one DCN according to the first DCN information; and sending information about the to-be-accessed DCN to the access network device, so that the access network device determines a core network device according to the information about the to-be-accessed DCN; characterized in that the first DCN information comprises a type of the at least one DCN; the selecting a to-be-accessed DCN from the at least one DCN according to the first DCN information comprises: selecting, from the at least one DCN, a DCN whose type matches a service type of the UE, as the to-be-accessed DCN; and the sending information about the to-be-accessed DCN to the access network device, so that the access network device determines a core network device according to the information about the to-be-accessed DCN comprises: sending the type of the to-be-accessed DCN to the access network device, so that the access network device determines the core network device according to the type of the to-be-accessed DCN. selecting, from the at least one DCN, a DCN whose type matches a service type of the UE, as the to-be-accessed DCN; and the sending information about the to-be-accessed DCN to the access network device, so that the access network device determines a core network device according to the information about the to-be-accessed DCN comprises: sending the type of the to-be-accessed DCN to the access network device, so that the access network device determines the core network device according to the type of the to-be-accessed DCN.
Photovoltaic junction box, having a housing lower part and a housing upper part which interacts with the said housing lower part, wherein a seal is provided between the housing lower part and the housing upper part and there is at least one connection plug for a connection line and, in the interior of the photovoltaic junction box, a contact carrier with contacts, wherein the photovoltaic junction box has a cooling plate, characterized in that a thermally conductive insulating film, which is arranged between at least one contact of the contact carrier and the cooling plate and/or an electrical conductor of the connection line, is provided.
A magnetic material sintered sputtering target having a B content of 17 at% or more and 40 at% or less, optionally one or more additive elements selected from Al, Cr, Cu, Hf, Mn, Ni, Ru, Si, Ta, and W in an amount of 0.5 at% or more and 20 at% or less, the remainder being one or more elements selected from Co and Fe, wherein the target includes a B-rich phase and a B-poor phase when observed with an electron probe microanalyzer, EPMA, and a number of the B-rich phases in which a maximum inscribed circle having a diameter of 15 μm or more can be drawn in an area of 0.1 mm x 0.1 mm is one or less.