mhurhangee/patent-ind-claim-en huggingface dataset:
A method for requesting, by a user equipment, UE, system information in a wireless communication system, the method comprising: transmitting (S910), to a base station, BS, a random access preamble for requesting system information; receiving (S920), from the BS, a random access response, RAR, message including a medium access control, MAC, subheader, wherein the MAC subheader includes a random access preamble identifier, RAPID, corresponding to the transmitted random access preamble for requesting system information, and wherein the RAR message may or may not include a MAC RAR corresponding to the RAPID; determining (S920) that the RAR message is received, based on the RAR message including the RAPID corresponding to the random access preamble; characterized in that : based on determining that the RAR message is received, and based on the RAR message including no MAC RAR corresponding to the RAPID, determining (S930) that a random access procedure is completed; and based on the RAR message including no MAC RAR corresponding to the RAPID, receiving in a broadcast manner (S940), from the BS, the system information requested by the random access preamble without transmitting a further random access message to the BS in response to the RAR message. transmitting (S910), to a base station, BS, a random access preamble for requesting system information; receiving (S920), from the BS, a random access response, RAR, message including a medium access control, MAC, subheader, wherein the MAC subheader includes a random access preamble identifier, RAPID, corresponding to the transmitted random access preamble for requesting system information, and wherein the RAR message may or may not include a MAC RAR corresponding to the RAPID; determining (S920) that the RAR message is received, based on the RAR message including the RAPID corresponding to the random access preamble; characterized in that : based on determining that the RAR message is received, and based on the RAR message including no MAC RAR corresponding to the RAPID, determining (S930) that a random access procedure is completed; and based on the RAR message including no MAC RAR corresponding to the RAPID, receiving in a broadcast manner (S940), from the BS, the system information requested by the random access preamble without transmitting a further random access message to the BS in response to the RAR message.
A heat-not-burn article comprising: an aerosol-forming substrate comprising tobacco and a sulphide scavenger compound based on a transition metal, wherein the amount of the transition metal component of the sulphide scavenger compound in the aerosol-forming substrate is at least 0.05 percent by weight, based on the total dry weight of the aerosol-forming substrate .
A display device comprising: a housing ; a roller disposed inside the housing ; a display panel ; a plate coupled to the rear surface of the display panel, the plate comprising a first plate region and a second plate region and configured to be rolled around the roller , wherein the display panel is disposed at the first plate region, and the second plate region has a bending portion (11a; 11c; 11m, 11n) bent rearward; a first bar (953; 963; 973) and a second bar (950; 962; 964; 972), wherein the bending portion (11a; 11c; 11m, 11n) is secured between the first bar (953; 963; 973) and the second bar (950; 962; 964; 972); and a link coupled to the first bar (953; 963; 973) and configured to support the first bar (953; 963; 973) when the first bar (953; 963; 973) is raised to unroll the plate , wherein the plate is formed of metal material and has a plurality of holes . a housing ; a roller disposed inside the housing ; a display panel ; a plate coupled to the rear surface of the display panel, the plate comprising a first plate region and a second plate region and configured to be rolled around the roller , wherein the display panel is disposed at the first plate region, and the second plate region has a bending portion (11a; 11c; 11m, 11n) bent rearward; a first bar (953; 963; 973) and a second bar (950; 962; 964; 972), wherein the bending portion (11a; 11c; 11m, 11n) is secured between the first bar (953; 963; 973) and the second bar (950; 962; 964; 972); and a link coupled to the first bar (953; 963; 973) and configured to support the first bar (953; 963; 973) when the first bar (953; 963; 973) is raised to unroll the plate , wherein the plate is formed of metal material and has a plurality of holes .
Beater bar for insertion into an axially parallel beater bar holder of a rotor of an impact crusher, having the following features: a) the beater bar has a longitudinal axis which runs in the z-direction within a Cartesian coordinate system and which in the installation position runs parallel to the beater bar holder , a vertical axis which runs in the y-direction and which is directed towards a radially outer top surface of the beater bar , and a transverse axis which runs in the x-direction and which is directed towards a longitudinal side of the beater bar ; b) the beater bar is designed to be rotationally symmetrical in relation to the longitudinal axis; c) the beater bar has a respective head , with a rectangular cross-section, at its upper and lower ends in the vertical direction, wherein each head has lateral surfaces on the longitudinal side which each run parallel at a first distance (A1) to one another, such that the head has a thickness (D1) between the lateral surfaces ; d) between the two heads there is a central region in which the longitudinal axis centrally determines the position of a y-z plane; e) the central region has a thickness (D2) over the predominant portion of its length that is not smaller than the first distance (A1) of the lateral surfaces of the heads ; characterised by the following features: f) the lateral surfaces run parallel to the y-z plane, wherein, in the transverse direction, the two heads are arranged offset to the y-z plane by a second distance (A2) in the opposite direction, such that support shoulders are arranged in the transition to the central region . a) the beater bar has a longitudinal axis which runs in the z-direction within a Cartesian coordinate system and which in the installation position runs parallel to the beater bar holder , a vertical axis which runs in the y-direction and which is directed towards a radially outer top surface of the beater bar , and a transverse axis which runs in the x-direction and which is directed towards a longitudinal side of the beater bar ; b) the beater bar is designed to be rotationally symmetrical in relation to the longitudinal axis; c) the beater bar has a respective head , with a rectangular cross-section, at its upper and lower ends in the vertical direction, wherein each head has lateral surfaces on the longitudinal side which each run parallel at a first distance (A1) to one another, such that the head has a thickness (D1) between the lateral surfaces ; d) between the two heads there is a central region in which the longitudinal axis centrally determines the position of a y-z plane; e) the central region has a thickness (D2) over the predominant portion of its length that is not smaller than the first distance (A1) of the lateral surfaces of the heads ; characterised by the following features: f) the lateral surfaces run parallel to the y-z plane, wherein, in the transverse direction, the two heads are arranged offset to the y-z plane by a second distance (A2) in the opposite direction, such that support shoulders are arranged in the transition to the central region .
Elevator car for the transportation of people and goods, with a plurality of wall parts, - in particular wall parts in the form of a car floor , in the form of side walls, preferably at least three side walls and in the form of a car ceiling , - and with at least one door opening , wherein at least one wall part - in particular the car floor , the car ceiling and at least one side wall , preferably at least two side walls and preferably at least three side walls - are manufactured from at least one thermoplastic material, wherein at least one side wall is connected to a conveying and/or catching device of the car via at least one load dissipation element for load dissipation, wherein the at least one load dissipation element is a flat load dissipation element , wherein the load dissipation element is connected flat to the assigned side wall or is integrated flat into the assigned side wall , wherein a load dissipation element is connected to the conveying and/or catching device via at least one connecting element - preferably via a plurality of connecting elements - wherein the connecting element or the connecting elements thereby engages/engage through the plastic of the assigned side wall characterized in that the thermoplastic material is at least one polyolefin - in particular polyethylene and/or polypropylene - and/or a polyamide, and that an assembly comprising at least the car floor , or at least one component of the car floor , and at least one side wall connected thereto, preferably a plurality of side walls connected thereto, is manufactured as an integral assembly made of thermoplastic material. wherein at least one side wall is connected to a conveying and/or catching device of the car via at least one load dissipation element for load dissipation, wherein the at least one load dissipation element is a flat load dissipation element , wherein the load dissipation element is connected flat to the assigned side wall or is integrated flat into the assigned side wall , wherein a load dissipation element is connected to the conveying and/or catching device via at least one connecting element - preferably via a plurality of connecting elements - wherein the connecting element or the connecting elements thereby engages/engage through the plastic of the assigned side wall characterized in that the thermoplastic material is at least one polyolefin - in particular polyethylene and/or polypropylene - and/or a polyamide, and that an assembly comprising at least the car floor , or at least one component of the car floor , and at least one side wall connected thereto, preferably a plurality of side walls connected thereto, is manufactured as an integral assembly made of thermoplastic material.
A lock assembly comprising: a lock for location within a closure and fixable relative to the closure, such that a first end portion of the lock protrudes from an exposed side of the closure, the lock comprising a flange extending outwardly from the body of the lock, and a cover member comprising a back plate and adapted to at least impede access to the protruding, first end portion of the lock , wherein the cover member is fixable relative to the lock , by means of cooperating formations of the cover member and the lock , said cooperating formations comprising the back plate of the cover member and the flange of the lock , and wherein the cover member forms a mount for both the lock and a handle sub-assembly , such that the cover member has a lock portion and a handle portion and, in that the lock portion and the handle portion are separated by a weakened region of the cover member , such that forced removal of the handle portion from the surface of the closure would cause the handle portion to shear from the lock portion and, further comprising at least one shim disposable between the flange of the lock and a surface of the back plate . a lock for location within a closure and fixable relative to the closure, such that a first end portion of the lock protrudes from an exposed side of the closure, the lock comprising a flange extending outwardly from the body of the lock, and a cover member comprising a back plate and adapted to at least impede access to the protruding, first end portion of the lock , wherein the cover member is fixable relative to the lock , by means of cooperating formations of the cover member and the lock , said cooperating formations comprising the back plate of the cover member and the flange of the lock , and wherein the cover member forms a mount for both the lock and a handle sub-assembly , such that the cover member has a lock portion and a handle portion and, in that the lock portion and the handle portion are separated by a weakened region of the cover member , such that forced removal of the handle portion from the surface of the closure would cause the handle portion to shear from the lock portion and, further comprising at least one shim disposable between the flange of the lock and a surface of the back plate .
Combination of leaf/sash frame and casing frame of a window/door, having a rebate clearance region situated between the rebates and having a fitting arranged on the leaf/sash frame and intended for locking the leaf/sash in the frame, characterized in that at least one assembly is provided in the rebate clearance region between the leaf/sash frame and the casing frame , which, as a result of a displacement of the leaf/sash frame and an increase of the rebate clearance region in its active extent between the rebates , automatically adapts to the spacing of the latter, and in blocked in its active extent against being pushed back.
A three-dimensional printing method, comprising: applying a polymeric or polymeric composite build material ; selectively applying a fusing agent on at least a portion of the polymeric or polymeric composite build material , the fusing agent including: an aqueous or non-aqueous vehicle; and 1.0 wt% to 15.0 wt% of an inorganic pigment, based on the total wt% of the fusing agent , dispersed in the aqueous or non-aqueous vehicle, wherein the inorganic pigment is selected from the group consisting of lanthanum hexaboride, tungsten bronzes, aluminum zinc oxide, ruthenium oxide, silver, gold, platinum, iron pyroxenes, modified iron phosphates (A x Fe y PO 4 ), modified copper pyrophosphates (A x Cu y P 2 O 7 ), and combinations thereof; and exposing the polymeric or polymeric composite build material to electromagnetic radiation , thereby fusing the portion of the polymeric or polymeric composite build material in contact with the fusing agent to form a layer . applying a polymeric or polymeric composite build material ; selectively applying a fusing agent on at least a portion of the polymeric or polymeric composite build material , the fusing agent including: an aqueous or non-aqueous vehicle; and 1.0 wt% to 15.0 wt% of an inorganic pigment, based on the total wt% of the fusing agent , dispersed in the aqueous or non-aqueous vehicle, wherein the inorganic pigment is selected from the group consisting of lanthanum hexaboride, tungsten bronzes, aluminum zinc oxide, ruthenium oxide, silver, gold, platinum, iron pyroxenes, modified iron phosphates (A x Fe y PO 4 ), modified copper pyrophosphates (A x Cu y P 2 O 7 ), and combinations thereof; and an aqueous or non-aqueous vehicle; and 1.0 wt% to 15.0 wt% of an inorganic pigment, based on the total wt% of the fusing agent , dispersed in the aqueous or non-aqueous vehicle, wherein the inorganic pigment is selected from the group consisting of lanthanum hexaboride, tungsten bronzes, aluminum zinc oxide, ruthenium oxide, silver, gold, platinum, iron pyroxenes, modified iron phosphates (A x Fe y PO 4 ), modified copper pyrophosphates (A x Cu y P 2 O 7 ), and combinations thereof; and exposing the polymeric or polymeric composite build material to electromagnetic radiation , thereby fusing the portion of the polymeric or polymeric composite build material in contact with the fusing agent to form a layer .
A system for producing a mine roof bolt comprising: a feed arrangement configured to continuously deliver bars to a conveyor ; said conveyor configured to index and transport said bars; a processing station comprising at least one of a header assembly , an extruding assembly , and a threading assembly , wherein the processing station is positioned along the conveyor and configured to receive and process a portion of the bars to form a mine roof bolt, characterized in that the feed arrangement comprises a feed rack and a feed wheel positioned adjacent to the feed rack , the feed wheel configured to receive bars from the feed rack and to deliver the bars to the conveyor , that the conveyor further comprises at least two drive sprockets , and a drive member forming a continuous loop and extending circumferentially around the at least two drive sprockets and that the drive member includes a plurality of indexing clamps , the plurality of indexing clamps being configured to receive the bars and index a lateral position of the bars relative to adjacent bars. a feed arrangement configured to continuously deliver bars to a conveyor ; said conveyor configured to index and transport said bars; a processing station comprising at least one of a header assembly , an extruding assembly , and a threading assembly , wherein the processing station is positioned along the conveyor and configured to receive and process a portion of the bars to form a mine roof bolt, characterized in that the feed arrangement comprises a feed rack and a feed wheel positioned adjacent to the feed rack , the feed wheel configured to receive bars from the feed rack and to deliver the bars to the conveyor , that the conveyor further comprises at least two drive sprockets , and a drive member forming a continuous loop and extending circumferentially around the at least two drive sprockets and that the drive member includes a plurality of indexing clamps , the plurality of indexing clamps being configured to receive the bars and index a lateral position of the bars relative to adjacent bars.
Device for monitoring a relative movement between two elements that are mounted so as to be able to move with respect to one another, and the device comprises the following: - a transmitter and a sensor that are fastened to one another and are in a field connection with one another; - wherein the sensor is configured so as to contactlessly detect the transmitter on the basis of the field ; - wherein the transmitter is configured for attachment to one of the elements ; and - wherein the sensor has a contact surface for the other element - in order to be removed from the transmitter by the other element when the elements are moved with respect to one another. - a transmitter and a sensor that are fastened to one another and are in a field connection with one another; - wherein the sensor is configured so as to contactlessly detect the transmitter on the basis of the field ; - wherein the transmitter is configured for attachment to one of the elements ; and - wherein the sensor has a contact surface for the other element - in order to be removed from the transmitter by the other element when the elements are moved with respect to one another.
A process for producing tyres, comprising: - arranging a plurality N of sets of noise-reducing elements , wherein all the noise-reducing elements belonging to each set have a respective substantially equal dimension L x , with x ranging from 1 to N, wherein said respective dimension L x of the noise-reducing elements of each set differs from the respective dimension L x of the noise-reducing elements of the other N-1 sets, and wherein said plurality N of sets comprises no more than four sets; - feeding in succession a set of tyres for wheels of vehicles, each tyre having a respective inner circumferential extension, wherein the set of tyres has different values of the inner circumferential extension; - for each one of said inner circumferential extension values, determining a respective number n x of noise-reducing elements for each set of noise-reducing elements, with x ranging from 1 to N, as a function of said value of the inner circumferential extension, wherein for at least one value of the inner circumferential extension of said set of tyres, at least two respective numbers n x differ from 0; - for each tyre of said set of tyres, collecting from each set of noise-reducing elements the respective number n x of noise-reducing elements determined for the value of the inner circumferential extension of said each tyre and applying said collected noise-reducing elements in a circumferential sequence along an inner surface of said each tyre , with said respective dimension L x oriented circumferentially. - arranging a plurality N of sets of noise-reducing elements , wherein all the noise-reducing elements belonging to each set have a respective substantially equal dimension L x , with x ranging from 1 to N, wherein said respective dimension L x of the noise-reducing elements of each set differs from the respective dimension L x of the noise-reducing elements of the other N-1 sets, and wherein said plurality N of sets comprises no more than four sets; - feeding in succession a set of tyres for wheels of vehicles, each tyre having a respective inner circumferential extension, wherein the set of tyres has different values of the inner circumferential extension; - for each one of said inner circumferential extension values, determining a respective number n x of noise-reducing elements for each set of noise-reducing elements, with x ranging from 1 to N, as a function of said value of the inner circumferential extension, wherein for at least one value of the inner circumferential extension of said set of tyres, at least two respective numbers n x differ from 0; - for each tyre of said set of tyres, collecting from each set of noise-reducing elements the respective number n x of noise-reducing elements determined for the value of the inner circumferential extension of said each tyre and applying said collected noise-reducing elements in a circumferential sequence along an inner surface of said each tyre , with said respective dimension L x oriented circumferentially.
A method for configuring a drying device in a security printing machine, wherein the printing press has at least one printing unit (19; 23; 19'; 23') printing the printing material in a screen printing process or in the relief printing process, comprising an imaging cylinder (18; 22; 18'; 22') with a plurality of imaging printing elements (25; 25') or groups of imaging printing elements (25; 25') arranged in rows and columns on the circumference which are formed for the case of the screen printing process by ink-permeable regions on the imaging cylinder and in the case of the relief printing process by relief printing subjects , and at whose printing point (06; 07; 06'; 07') the segments of a printing material passing the printing point (06; 07; 06'; 07') are printed in a cycle (Z) with a fixed cycle length (L Z ) per segment with respect to a printing material feed at the printing point (06; 07; 06'; 07') with a printed image of a printed image length (L44) with image elements or image element groups arranged next to one other or in tandem in the grid of several value items , wherein the value items are formed by partial printed images corresponding to individual bank notes or security documents, and wherein the drying device has a dryer (14; 16; 36) arranged downstream of the printing point (06; 07; 06'; 07') in the printing material path and comprising a one or multi-part drying means, by way of which printing materials passing through the dryer (14; 16; 36) are subjected to radiation for the purpose of drying the same in at least one track (t1; ti) running in the transport direction of the printing material , characterized in that the drying device is configured for ongoing or upcoming production such that the printing material passing the dryer (14; 16; 36), in order to be dried, is subjected to radiation in a plurality of tracks (t1; ti) spaced from each other by non-irradiated tracks according to the same switch-on and switch-off sequence extending over a cycle length (L Z ), wherein the configuration takes place with regard to a lateral position and/or width of the tracks (ti) to be subjected to radiation by the dryer (14; 16; 36) using product-related data (P) or information I(P) regarding the number and/or size and/or position of value items to be printed next to each other on a print material portion and/or using data which come from a device for image capture and/or evaluation comprised by the printing machine or are provided in parallel to such a device .