mhurhangee/ep-ind-claims huggingface dataset:
Method for producing an airbag covering having a leather layer, a decoration support and at least one intermediate layer arranged between leather layer and decoration support, in particular for use in a motor vehicle, with a partial weakening for introducing a tear and/or for the propagation of the latter along a previously defined section, comprising the following steps: - introducing a sharpening region into the leather layer, characterized by - introducing at least one incision into the previously produced sharpening region and introducing additional weakenings into the decoration support, said weakenings being arranged offset with respect to the at least one incision. - introducing a sharpening region into the leather layer, characterized by - introducing at least one incision into the previously produced sharpening region and introducing additional weakenings into the decoration support, said weakenings being arranged offset with respect to the at least one incision.
A method for determining, by an entity (11, 800) of a primary radio access technology, RAT, system, aggregation of the primary RAT system and a secondary RAT system in a wireless communication system, the method comprising: receiving (S140; S510; S710) measurement results on the secondary RAT system from a multi-RAT device; determining (S160; S310; S550; S733) aggregation of the primary RAT system and the secondary RAT system and which bearers are used for transmission through both the primary RAT system and the secondary RAT system; and transmitting (S170, S210; S320, S360; S560, S600; S734, S750) a message including identities, IDs, of bearers which are determined to be transmitted through both the primary RAT system and the secondary RAT system to the multi-RAT device, wherein the measurement results on the secondary RAT system correspond to signal strength of access points, APs, of the secondary RAT system. receiving (S140; S510; S710) measurement results on the secondary RAT system from a multi-RAT device; determining (S160; S310; S550; S733) aggregation of the primary RAT system and the secondary RAT system and which bearers are used for transmission through both the primary RAT system and the secondary RAT system; and transmitting (S170, S210; S320, S360; S560, S600; S734, S750) a message including identities, IDs, of bearers which are determined to be transmitted through both the primary RAT system and the secondary RAT system to the multi-RAT device, wherein the measurement results on the secondary RAT system correspond to signal strength of access points, APs, of the secondary RAT system.
A pre-portioned cleaning agent, preferably an automatic dishwashing agent, in a packaging having at least two compartments, comprising at least one solid, preferably powdered, phase and at least one liquid phase, characterized in that the cleaning agent contains from 2 to 20 wt.%, in particular from 2 to 10 wt.% (based on the total weight of the agent), of polymeric or co-polymeric polycarboxylates and/or sulfonic acid group-containing polymers, and the solid phase (or solid phases) contains less than 1 wt.% (based on the total weight of the solid phase) of the polymeric or co-polymeric polycarboxylates and/or sulfonic acid group-containing polymers, the cleaning agent containing less than 1 wt.% of phosphate, based on the total weight of the cleaning agent.
Device for transporting a transport good for attachment to a lifting vehicle, in particular to a transport device of a forklift, in particular a picking package, in particular with a load weight of less than about 50 kg, comprising a means for at least temporarily receiving the transport good by means of a vacuum device and / or a conveyor belt, whereas the vacuum device is to be attached essentially horizontal to the transport good, and / or the conveyor belt is to be attached to a lower edge of the transport good, characterized by that the vacuum device and / or the conveyor belt is arranged on a swivel arm with a pivot point, which allows, by means of the vacuum device and / or the conveyor belt, to handle the transport good, in particular a pivoting, in particular with a predetermined pivoting angle, in particular of approximately +/- 90 °, within the horizontal, and / or depositing of the transported good, essentially in the horizontal.
A method comprising the steps of: transmitting, to a communication unit, a first sequence over a primary synchronization channel, P-SCH, in a subframe, wherein the first sequence is selected from a set of GCL sequences and has a GCL sequence index; providing a plurality of scrambling codes, each scrambling code based upon a cell identification; and transmitting, to the communication unit, a second sequence over a secondary synchronization channel, S-SCH, in the subframe, wherein the S-SCH containing the second sequence is modulated by a complex exponential wave and scrambled with a scrambling code having a scrambling code index determined based on the GCL sequence index of the first sequence. transmitting, to a communication unit, a first sequence over a primary synchronization channel, P-SCH, in a subframe, wherein the first sequence is selected from a set of GCL sequences and has a GCL sequence index; providing a plurality of scrambling codes, each scrambling code based upon a cell identification; and transmitting, to the communication unit, a second sequence over a secondary synchronization channel, S-SCH, in the subframe, wherein the S-SCH containing the second sequence is modulated by a complex exponential wave and scrambled with a scrambling code having a scrambling code index determined based on the GCL sequence index of the first sequence.
A filament for artificial hair which is a filament of a thermoplastic resin and whose cross section in a direction perpendicular to a fiber axis is of a multilobal shape having three or more interlobe gap regions, characterized in that the widths of the interlobe gap regions are 10 to 60% of a width of the filament and depths of the interlobe gap regions are 5 to 30% of a height of the filament.
A method of handling proximity service, ProSe, in an evolved packet system, EPS, comprising: receiving, by a network entity of the EPS, an attach request message or tracking area update, TAU, request message from a mobile device of the EPS for EPS network registration or location area update; transmitting, by the network entity, an attach accept message or TAU accept message indicating to the mobile device whether the network entity supports a ProSe capability of one or more ProSe features; receiving, at the network entity, a first non access stratum, NAS, request message for initiating the one or more ProSe features from the mobile device requiring the indicated one or more ProSe features, if the network entity indicates support of the one or more ProSe features; and determining, by the network entity, whether to accept the first NAS request message by checking whether or not the requested one or more ProSe features can be initiated for the mobile device. receiving, by a network entity of the EPS, an attach request message or tracking area update, TAU, request message from a mobile device of the EPS for EPS network registration or location area update; transmitting, by the network entity, an attach accept message or TAU accept message indicating to the mobile device whether the network entity supports a ProSe capability of one or more ProSe features; receiving, at the network entity, a first non access stratum, NAS, request message for initiating the one or more ProSe features from the mobile device requiring the indicated one or more ProSe features, if the network entity indicates support of the one or more ProSe features; and determining, by the network entity, whether to accept the first NAS request message by checking whether or not the requested one or more ProSe features can be initiated for the mobile device.
A vehicle-mounted camera (1; 1A to 1H; 1J to 1M) comprising: a lens (20; 20A to 20C) arranged closest to a subject side; and a housing (10; 10D to 10H; 10J to 10M) comprising a support portion that supports the lens (20; 20A to 20C), wherein the support portion comprises an inner wall, the lens (20; 20A to 20C) has a first surface (21; 21A; 21B) facing the subject side and a side surface (23; 23C) being located around the first surface (21; 21A; 21B), the inner wall surrounds the side surface (23; 23C) with a clearance provided between the side surface (23, 23C) and the inner wall of the support portion, and characterized in that the lens (20; 20A to 20C) is at least partially subjected to a surface treatment that changes its water-contact characteristics such that a water contact-angle of the side surface (23; 23C) is smaller than a water-contact angle of the first-surface (21; 21A; 21B) so that a water droplet is facilitated to slide down to the lower end portion of the first surface and flow to the clearance. a lens (20; 20A to 20C) arranged closest to a subject side; and a housing (10; 10D to 10H; 10J to 10M) comprising a support portion that supports the lens (20; 20A to 20C), wherein the support portion comprises an inner wall, the lens (20; 20A to 20C) has a first surface (21; 21A; 21B) facing the subject side and a side surface (23; 23C) being located around the first surface (21; 21A; 21B), the inner wall surrounds the side surface (23; 23C) with a clearance provided between the side surface (23, 23C) and the inner wall of the support portion, and characterized in that the lens (20; 20A to 20C) is at least partially subjected to a surface treatment that changes its water-contact characteristics such that a water contact-angle of the side surface (23; 23C) is smaller than a water-contact angle of the first-surface (21; 21A; 21B) so that a water droplet is facilitated to slide down to the lower end portion of the first surface and flow to the clearance.
A fluoride ion conductor comprising: potassium; at least one alkaline earth metal selected from the group consisting of calcium, barium, and strontium; and fluorine, wherein the fluoride ion conductor includes a first phase of a compound containing potassium, the at least one alkaline earth metal, and fluorine, wherein the fluoride ion conductor is represented by formula K 1-x Z x F 1+x, wherein Z is selected from the group consisting of Ca, Sr and Ba; when Z includes Ca, x satisfies 0.2 ≤ x ≤ 0.3; when Z includes Sr, x satisfies 0.1 ≤ x ≤ 0.6; when Z includes Ba, x satisfies 0.1 ≤ x ≤ 0.8, and a second phase of a mixture containing potassium, the at least one alkaline earth metal, and fluorine. potassium; at least one alkaline earth metal selected from the group consisting of calcium, barium, and strontium; and fluorine, wherein the fluoride ion conductor includes a first phase of a compound containing potassium, the at least one alkaline earth metal, and fluorine, wherein the fluoride ion conductor is represented by formula K 1-x Z x F 1+x, wherein Z is selected from the group consisting of Ca, Sr and Ba; when Z includes Ca, x satisfies 0.2 ≤ x ≤ 0.3; when Z includes Sr, x satisfies 0.1 ≤ x ≤ 0.6; when Z includes Ba, x satisfies 0.1 ≤ x ≤ 0.8, and a second phase of a mixture containing potassium, the at least one alkaline earth metal, and fluorine.
An aircraft communication system for establishing a datalink network between participating aircrafts, wherein - each participating aircraft comprises a datalink transponder; - said datalink transponders being employed for establishing said datalink network using an ADS-B standard communication protocol, characterized in that - said datalink transponders transmitting ADS-B messages with a predefined structure identifying said ADS-B messages as ADS-B test messages, wherein the ADS-B messages comprise message data for establishing said datalink network, thus providing a datalink network established by transmission of solely ADS-B messages compliant with said ADS-B standard communication protocol. - each participating aircraft comprises a datalink transponder; - said datalink transponders being employed for establishing said datalink network using an ADS-B standard communication protocol, characterized in that - said datalink transponders transmitting ADS-B messages with a predefined structure identifying said ADS-B messages as ADS-B test messages, wherein the ADS-B messages comprise message data for establishing said datalink network, thus providing a datalink network established by transmission of solely ADS-B messages compliant with said ADS-B standard communication protocol.
A method of manufacturing a separator for an electrochemical device, comprising: extruding a resin composition including polyolefin and a diluent; stretching the extruded resin composition to obtain a polyolefin film; extracting the diluent from the obtained polyolefin film to obtain a porous polyolefin film; coating a slurry for forming a porous coating layer on at least one surface of the porous polyolefin film; and heat setting the porous polyolefin film coated with the slurry to obtain a composite separator with a porous coating layer. extruding a resin composition including polyolefin and a diluent; stretching the extruded resin composition to obtain a polyolefin film; extracting the diluent from the obtained polyolefin film to obtain a porous polyolefin film; coating a slurry for forming a porous coating layer on at least one surface of the porous polyolefin film; and heat setting the porous polyolefin film coated with the slurry to obtain a composite separator with a porous coating layer.
Carrier for carrying a plurality of electronic components, comprising a base plate comprising a plurality of seats or openings each configured to accommodate one of the plurality of electronic components; and a first actuator moveable in a first direction with respect to the base plate for securing more than one of the plurality of electronic components in the seats or openings in a clamped state of the carrier, characterised in that the base plate comprises an elongated element formed on the base plate and comprising dead stops for receiving edges of the electronic components in the clamped state and the first actuator comprises a plurality of clamping elements arranged along a straight line and configured for securing the electronic components in the clamped state.
A method represented by Scheme 1: wherein X represents I, Br, Cl, alkylsulfonate, or arylsulfonate; Z represents aryl, heteroaryl or alkenyl; catalyst comprises a copper atom or ion and a ligand that is selected from the group consisting of 1,2-diaminocyclohexane, 2-hydroxyethyl amine, 1,2-diaminoethane, 2-phenylphenol, 2,6-dimethylphenol, 2-isopropylphenol, 1-naphthol, 8-hydroxyquinoline, 8-aminoquinoline, DBU, 2-(dimethylamino)ethanol, ethylene glycol, N,N-diethylsalicylamide, 2-(dimethylamino) glycine, N, N, N', N'-tetramethyl-1,2-diaminoethane, and (methylimino)diacetic acid; base represents a Bronsted base; R represents alkyl, cycloalkyl, aralkyl, aryl, heteroaryl, formyl, acyl, alkylO 2 C-, arylO 2 C-, heteroarylO 2 C-, aralkylO 2 C-, heteroaralkylO 2 C-, acyl(R 1)N-, alkylOC N(R 1)-, arylOC N(R 1)-, aralkylOC N(R 1)-, heteroaralkylOC N(R 1)-,-N=C(alkyl) 2, or -N=C(aryl) 2; R 1 represents H, alkyl, cycloalkyl, aralkyl, heteroaralkyl, aryl, heteroaryl, formyl, acyl, amino, or -C(NR 5)N(R 5) 2; R 5 represents independently for each occurrence H, alkyl, cycloalkyl, aryl, heteroaryl, aralkyl or heteroaralkyl; R and R 1 taken together may represent =C (alkyl) 2, or =C(aryl) 2; and R and R 1 are optionally connected by a covalent bond; provided that when R is aryl or heteroaryl, R 1 is not formyl or acyl; and further provided that when R is formyl or acyl, R 1 is not aryl or heteroaryl. X represents I, Br, Cl, alkylsulfonate, or arylsulfonate; Z represents aryl, heteroaryl or alkenyl; catalyst comprises a copper atom or ion and a ligand that is selected from the group consisting of 1,2-diaminocyclohexane, 2-hydroxyethyl amine, 1,2-diaminoethane, 2-phenylphenol, 2,6-dimethylphenol, 2-isopropylphenol, 1-naphthol, 8-hydroxyquinoline, 8-aminoquinoline, DBU, 2-(dimethylamino)ethanol, ethylene glycol, N,N-diethylsalicylamide, 2-(dimethylamino) glycine, N, N, N', N'-tetramethyl-1,2-diaminoethane, and (methylimino)diacetic acid; base represents a Bronsted base; R represents alkyl, cycloalkyl, aralkyl, aryl, heteroaryl, formyl, acyl, alkylO 2 C-, arylO 2 C-, heteroarylO 2 C-, aralkylO 2 C-, heteroaralkylO 2 C-, acyl(R 1)N-, alkylOC N(R 1)-, arylOC N(R 1)-, aralkylOC N(R 1)-, heteroaralkylOC N(R 1)-,-N=C(alkyl) 2, or -N=C(aryl) 2; R 1 represents H, alkyl, cycloalkyl, aralkyl, heteroaralkyl, aryl, heteroaryl, formyl, acyl, amino, or -C(NR 5)N(R 5) 2; R 5 represents independently for each occurrence H, alkyl, cycloalkyl, aryl, heteroaryl, aralkyl or heteroaralkyl; R and R 1 taken together may represent =C (alkyl) 2, or =C(aryl) 2; and R and R 1 are optionally connected by a covalent bond;
An irregular-shaped cable arrangement having a conductive core with an external insulation layer, wherein the conductive core comprises at least two conductive core segments (11, 12) having different cross-sectional shapes, and the at least two conductive core segments (11, 12) are connected end to end, such that an end of one conductive core segment is connected to an end of another adjacent conductive core segment; characterized in that, an effective cross-sectional area for an electric conduction inside each conductive core segment (11, 12) has a tolerance range of ±20%.
A part-on-mount method for determining the misalignment of a test part with respect to a spindle axis, and the misalignment of the spindle axis with respect to the wavefront-measuring gauge in a metrology system including a part-positioning means having a spindle axis and a wavefront-measuring gauge, the method comprising the steps of: a) mounting said test part onto said spindle axis such that a surface of said test part is exposed to said gauge; b) obtaining measurements of said test part surface with said gauge at a plurality of rotary positions of said spindle; c) extracting tilt components from said surface measurements at each of said rotary positions; d) fitting a circle in an X-tilt/Y-tilt coordinate plane to coordinate triplets of said tilt components and said rotary positions; e) determining the center of said circle with respect to said spindle to provide said gauge-to-spindle misalignment; and f) determining the radius coordinates of said circle with respect to said spindle to provide said spindle-to-part misalignment. a) mounting said test part onto said spindle axis such that a surface of said test part is exposed to said gauge; b) obtaining measurements of said test part surface with said gauge at a plurality of rotary positions of said spindle; c) extracting tilt components from said surface measurements at each of said rotary positions; d) fitting a circle in an X-tilt/Y-tilt coordinate plane to coordinate triplets of said tilt components and said rotary positions; e) determining the center of said circle with respect to said spindle to provide said gauge-to-spindle misalignment; and f) determining the radius coordinates of said circle with respect to said spindle to provide said spindle-to-part misalignment.
Poultry container door for a container for holding live poultry, comprising a container door corner part and a container door frame, wherein the container door corner part is releasable connectable to the container door frame, the container door corner part comprising two substantially flat panels (2, 3) provided with apertures, the two substantially flat panels (2, 3) rectangularly joined together and forming an elongate corner part with a substantially L-shaped cross-section, at least one of the panels (2, 3) also comprises at least one open groove and the container door frame comprising a frame profile section, wherein the poultry container door corner part is held by the frame profile section in the open groove, wherein coupling elements of the poultry container door corner part are coupled with the counter-couplings of the poultry container door frame. the container door corner part comprising two substantially flat panels (2, 3) provided with apertures, the two substantially flat panels (2, 3) rectangularly joined together and forming an elongate corner part with a substantially L-shaped cross-section, at least one of the panels (2, 3) also comprises at least one open groove and the container door frame comprising a frame profile section,
Aluminoborosilicate glass, based on the total weight of components in the composition of the glass, comprising: 33-60wt% SiO 2, 3-10wt% AI 2 O 3, 10-30wt% B 2 O 3, 1-15wt% ZnO+TiO 2 +Sc 2 O 3, and 7-27wt% alkali-earth oxide RO, wherein RO is at least one of MgO, CaO, SrO and BaO, and 0.001 wt%≤Sc 2 O 3 ≤1wt%.
A method for preparing low molecular weight hyaluronic acid comprising the step of bringing hyaluronic acid into contact with activated carbon, wherein the activated carbon is used as reaction medium in order to convert high molecular weight hyaluronic acid into low molecular weight hyaluronic acid having a predetermined molecular weight, and wherein the high molecular weight hyaluronic acid is obtained through microorganism culture or chicken's comb extraction.
A method for estimating compressional to shear velocity (Vp/Vs) ratio in a region remote from a borehole using a conveyed logging tool, the method comprising: arranging a first source in the borehole and generating compressional elastic energy at a first frequency; arranging a second source in the borehole and generating shear elastic energy at a second frequency, wherein the elastic energy at the first and the second frequency intercept at a mixing zone located away from the borehole; receiving, by an array of sensors, at the borehole a third elastic wave, created by a three wave non-collinear mixing process in a non-linear mixing zone, with a frequency equal to a difference between the first and second frequencies and a direction of propagation towards the borehole; identifying a location of the three wave mixing zone based on the arrangement of the first and the second sources, the direction of the third wave and selection rules governing non-collinear mixing in acoustically non-linear media; and estimating Vp/Vs ratio using data recorded by repeating the generating, receiving and identifying at a plurality of azimuths, inclinations and longitudinal locations within the borehole. arranging a first source in the borehole and generating compressional elastic energy at a first frequency; arranging a second source in the borehole and generating shear elastic energy at a second frequency, wherein the elastic energy at the first and the second frequency intercept at a mixing zone located away from the borehole; receiving, by an array of sensors, at the borehole a third elastic wave, created by a three wave non-collinear mixing process in a non-linear mixing zone, with a frequency equal to a difference between the first and second frequencies and a direction of propagation towards the borehole; identifying a location of the three wave mixing zone based on the arrangement of the first and the second sources, the direction of the third wave and selection rules governing non-collinear mixing in acoustically non-linear media; and estimating Vp/Vs ratio using data recorded by repeating the generating, receiving and identifying at a plurality of azimuths, inclinations and longitudinal locations within the borehole.