mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication at a user equipment, characterised by : tracking a first common offset corresponding to a first group of cells, said first group of cells comprising a serving cell and at least one cell having a timing or frequency offset within a first range of said serving cell; transforming a plurality of time domain samples into a first plurality of frequency domain symbols using said offset and a first transformation operation assigned to said first group of cells; tracking a first individual offset of said first plurality of frequency domain symbols for each cell within said first group of cells; tracking a second common offset corresponding to a second group of cells, said second group of cells comprising at least one cell having a timing or frequency offset within a second range of said serving cell; transforming said plurality of time domain samples into a second plurality of frequency domain symbols using said second offset and a second transformation operation assigned to said second group of cells; and tracking a second individual offset of said second plurality of frequency domain symbols for each cell within said second group of cells, wherein said first individual offset, said first common offset, said second individual offset, and said second common offset are timing offsets or frequency offsets. tracking a first common offset corresponding to a first group of cells, said first group of cells comprising a serving cell and at least one cell having a timing or frequency offset within a first range of said serving cell; transforming a plurality of time domain samples into a first plurality of frequency domain symbols using said offset and a first transformation operation assigned to said first group of cells; tracking a first individual offset of said first plurality of frequency domain symbols for each cell within said first group of cells; tracking a second common offset corresponding to a second group of cells, said second group of cells comprising at least one cell having a timing or frequency offset within a second range of said serving cell; transforming said plurality of time domain samples into a second plurality of frequency domain symbols using said second offset and a second transformation operation assigned to said second group of cells; and tracking a second individual offset of said second plurality of frequency domain symbols for each cell within said second group of cells, wherein said first individual offset, said first common offset, said second individual offset, and said second common offset are timing offsets or frequency offsets.
Dividing element , using which the interior space of a basket, in particular, of a shopping trolley basket, can be subdivided, comprising a plurality of connecting elements for fastening the dividing element on the sides of the basket, wherein a first section of a first connecting element is designed to be at least essentially U-shaped for fastening the dividing element to a side of the basket, and wherein a limb of the at least essentially U-shaped first section abuts a second section of the first connecting element , which is held in a first guide formed in the dividing element in a positive-locking and/or non-positive-locking manner. characterized in that the dividing element has a slit-shaped opening for inserting an information carrier on its top side, wherein the slit-shaped opening comprises a second guide for an insertion element that can be inserted into the recess, wherein the information carrier is held between the second guide and the insertion element in a positive-locking manner.
Mixture comprising: (A) at least a first aliphatic-aromatic biodegradable polyester (A) of the diacid-diol type obtainable by a mixture comprising: a) at least one acid component having the following composition: a1) 51 - 95% by moles of aliphatic dicarboxylic acids, composed for at least 50% by moles of aliphatic dicarboxylic acids of renewable origin with a number of C atoms in the main chain from 7 to 22; a2) 5 - 49% by moles of polyfunctional aromatic acids, which are selected from dicarboxylic aromatic compounds of the phthalic acid type and dicarboxylic heterocyclic aromatic compounds of renewable origin, mixtures and esters thereof; b) at least one diol; (B) at least a second biodegradable aliphatic-aromatic polyester (B) obtainable starting from a mixture comprising adipic acid, terephthalic acid and at least one aliphatic diol; (C) at least one polymer of natural origin (C); wherein the concentration of (A) varies, with respect to (A+B) in the interval between 5 and 95% by weight, wherein (C) is present in a quantity lower than 50% by weight with respect to (A+B+C), said mixture having a Melt Flow Index of 1,5-10 g/10 min. measured at 160°C and 5kg according to ASTM 1238-89 "Standard Test Method for Melt Flow rates of Thermoplatics by Extrusion Plastometer".; said mixture being biodegradable according to EN13432. (A) at least a first aliphatic-aromatic biodegradable polyester (A) of the diacid-diol type obtainable by a mixture comprising: a) at least one acid component having the following composition: a1) 51 - 95% by moles of aliphatic dicarboxylic acids, composed for at least 50% by moles of aliphatic dicarboxylic acids of renewable origin with a number of C atoms in the main chain from 7 to 22; a2) 5 - 49% by moles of polyfunctional aromatic acids, which are selected from dicarboxylic aromatic compounds of the phthalic acid type and dicarboxylic heterocyclic aromatic compounds of renewable origin, mixtures and esters thereof; b) at least one diol; a) at least one acid component having the following composition: a1) 51 - 95% by moles of aliphatic dicarboxylic acids, composed for at least 50% by moles of aliphatic dicarboxylic acids of renewable origin with a number of C atoms in the main chain from 7 to 22; a2) 5 - 49% by moles of polyfunctional aromatic acids, which are selected from dicarboxylic aromatic compounds of the phthalic acid type and dicarboxylic heterocyclic aromatic compounds of renewable origin, mixtures and esters thereof; a1) 51 - 95% by moles of aliphatic dicarboxylic acids, composed for at least 50% by moles of aliphatic dicarboxylic acids of renewable origin with a number of C atoms in the main chain from 7 to 22; a2) 5 - 49% by moles of polyfunctional aromatic acids, which are selected from dicarboxylic aromatic compounds of the phthalic acid type and dicarboxylic heterocyclic aromatic compounds of renewable origin, mixtures and esters thereof; b) at least one diol; (B) at least a second biodegradable aliphatic-aromatic polyester (B) obtainable starting from a mixture comprising adipic acid, terephthalic acid and at least one aliphatic diol; (C) at least one polymer of natural origin (C);
A method of forming a high strength dual-swaged airbag inflator vessel , the method comprising: swaging a hollow cylindrical metal workpiece comprising a high strength metal material and having a first outer diameter (D1) by introducing the hollow cylindrical metal workpiece into a swage die and applying force to reduce the first outer diameter (D1) to a second outer diameter (D2), wherein the reduction from the first outer diameter (D1) to the second outer diameter (D2) is less than or equal to 30% of the first outer diameter (D1), and to reduce the second outer diameter (D2) to a third outer diameter (D3), thereby forming the dual- swaged airbag inflator vessel having a first swaged portion defined by a first transition region and a reduced second outer diameter portion, the reduced second outer diameter portion having the second outer diameter (D2) and a length (L2), and a second swaged portion defined by a second transition region and a reduced third outer diameter portion, wherein the reduced third outer diameter portion is a hollow cylinder having the third outer diameter (D3) and a length (L4), and wherein the third outer diameter portion is suitable for inertia or friction welding to an adjacent component such that at least a portion of the length (L4) of the third outer diameter portion is consumable when inertia or friction welding the reduced third outer diameter portion to an adjacent component.
Multi-axle carriage for a sliding door which is guided in a suspended manner, comprising a main body , which has at least two axles , which are arranged one behind the other in the direction of travel and each have at least one roller , wherein the main body is assembled from at least two interconnected main-body parts , which each have at least one of the axles and are connected to one another by means of a coupling element, which engages through openings in the at least two main-body parts , characterized in that the coupling element is formed by a screw introduced from the underside of the carriage, the one main-body part has a nut receptacle , which is open in the upward direction and in which is positioned a nut , into which the screw is screwed, and the other main-body part has a U-shaped plug-in receptacle , into which, when the main body is in the assembled state, the nut receptacle has been plugged.
An automated method for determining the validity of an incoming phone call, the method comprising: receiving an incoming phone call; activating a controller in response to receipt of the incoming phone call, the controller generating a multi-digit code in response to the receipt of the incoming call, outputting an audible version of the multi-digit code to a caller placing the incoming call, requesting the caller to input the multi-digit code, comparing the multi-digit code with a caller input, determining the call is invalid in response to a mismatch between the multi-digit code and the caller input, and terminating the phone call, wherein the multi-digit code is a combination of letters forming a word, the controller audibly outputting the word to a device of the caller and instructing the caller to spell the word in his keypad, characterized by the controller increasing the level of cognition analysis by the caller by forming a word wherein the combination of letters includes at least one letter that has at least two pronunciations, the at least one letter having a pronunciation that changes based on the word in which it is included. receiving an incoming phone call; activating a controller in response to receipt of the incoming phone call, the controller generating a multi-digit code in response to the receipt of the incoming call, outputting an audible version of the multi-digit code to a caller placing the incoming call, requesting the caller to input the multi-digit code, comparing the multi-digit code with a caller input, determining the call is invalid in response to a mismatch between the multi-digit code and the caller input, and terminating the phone call, wherein the multi-digit code is a combination of letters forming a word, the controller audibly outputting the word to a device of the caller and instructing the caller to spell the word in his keypad, characterized by the controller increasing the level of cognition analysis by the caller by forming a word wherein the combination of letters includes at least one letter that has at least two pronunciations, the at least one letter having a pronunciation that changes based on the word in which it is included.
Fire-protection-collar element for forming a fire-protection collar for closing through-passages in walls , ceilings and/or floors in the event of a fire, wherein the fire-protection-collar element has at least one lining which is made of or comprises a material which increases in volume in the event of a fire, which is an intumescent material, and is positioned or fitted on the inner surface of a fireproof sheath , made of metal, which is formed in an essentially tubular or annular manner, wherein: - on at least one side of the essentially tubular or annular sheath , the lining projects at least partially beyond the essentially tubular or annular sheath , and - the sheath is embedded or accommodated in the lining , wherein the fire-protection-collar element is obtained by cutting a fire-protection collar band to a desired length, which fire-protection collar band having a flexible, thin, strip-like metal foil with a thickness of 10 μm to 100 μm, and further having a strip which is made of or comprises a material which increases in volume in the event of a fire, which is an intumescent material, wherein the foil is at least partially embedded or accommodated in the strip, wherein said foil forms the sheath and said strip forms the lining of the fire-protection-collar element. wherein the fire-protection-collar element has at least one lining which is made of or comprises a material which increases in volume in the event of a fire, which is an intumescent material, and is positioned or fitted on the inner surface of a fireproof sheath , made of metal, which is formed in an essentially tubular or annular manner, wherein: - on at least one side of the essentially tubular or annular sheath , the lining projects at least partially beyond the essentially tubular or annular sheath , and - the sheath is embedded or accommodated in the lining , - on at least one side of the essentially tubular or annular sheath , the lining projects at least partially beyond the essentially tubular or annular sheath , and - the sheath is embedded or accommodated in the lining , wherein the fire-protection-collar element is obtained by cutting a fire-protection collar band to a desired length, which fire-protection collar band having a flexible, thin, strip-like metal foil with a thickness of 10 μm to 100 μm, and further having a strip which is made of or comprises a material which increases in volume in the event of a fire, which is an intumescent material, wherein the foil is at least partially embedded or accommodated in the strip, wherein said foil forms the sheath and said strip forms the lining of the fire-protection-collar element.
A tire comprising: a pair of beads having a bead filler which extends to an outer side in a tire-radial direction of a bead core ; and a carcass ply which extends from one bead to an other bead , and is folded back around the bead core , wherein an electronic component is embedded in an area range of 10 mm to an inner side in a tire-radial direction from a tire-radial direction outside end of the bead filler , wherein the electronic component is provided between the bead filler and the carcass ply . a pair of beads having a bead filler which extends to an outer side in a tire-radial direction of a bead core ; and a carcass ply which extends from one bead to an other bead , and is folded back around the bead core , wherein an electronic component is embedded in an area range of 10 mm to an inner side in a tire-radial direction from a tire-radial direction outside end of the bead filler , wherein the electronic component is provided between the bead filler and the carcass ply .
A top cover assembly, comprising: a top cover plate , the top cover plate provided with a mounting hole , and the mounting hole comprising a sealing hole section ; a pole , configured to insert into the mounting hole , the pole comprising a sealing shaft section , wherein the sealing shaft section is configured to insert into the sealing hole section , and a side wall of the sealing hole section and a side wall of the sealing shaft section are both tilted with respect to an axis of the mounting hole ; and a sealing ring , disposed between the side wall of the sealing hole section and the side wall of the sealing shaft section ; a thickness of the sealing ring is less than or equal to a thickness of the top cover plate , a top part of the sealing ring does not exceed a top part of the top cover plate , and a bottom part of the sealing ring does not exceed a bottom part of the top cover plate . a top cover plate , the top cover plate provided with a mounting hole , and the mounting hole comprising a sealing hole section ; a pole , configured to insert into the mounting hole , the pole comprising a sealing shaft section , wherein the sealing shaft section is configured to insert into the sealing hole section , and a side wall of the sealing hole section and a side wall of the sealing shaft section are both tilted with respect to an axis of the mounting hole ; and a sealing ring , disposed between the side wall of the sealing hole section and the side wall of the sealing shaft section ; a thickness of the sealing ring is less than or equal to a thickness of the top cover plate , a top part of the sealing ring does not exceed a top part of the top cover plate , and a bottom part of the sealing ring does not exceed a bottom part of the top cover plate .
Cutter system for an electric shaver and/or trimmer, comprising a pair of cooperating cutting elements , with a first cutting element and a second cutting element , a motor driving said second cutting element in a movement direction, a support structure supporting the pair of cooperating cutting elements , wherein a stacked sandwich arrangement is provided by the second cutting element being sandwiched between the first cutting element and said support structure , said second cutting element is movably received therebetween in said stacked sandwich arrangement, wherein an additional part is provided for defining a specific cutting air gap size in a direction perpendicular to the movement direction between the first cutting element , said support structure and said second cutting element , characterised in that said sandwiched second cutting element includes two or more parallel, elongated or slit-like throughholes through which two or more spacers , forming said additional part, extend.
An angle detection device comprising: an angle detector for detecting a first sine signal and a second sine signal having a phase different from that of the first sine signal, in accordance with rotation of a rotating machine ; a detection signal calculation unit for outputting a first detection signal based on a sum of the first sine signal and the second sine signal, and a second detection signal based on a difference between the first sine signal and the second sine signal; and an angle calculation unit for calculating a detection angle on the basis of the first detection signal and the second detection signal, characterised in that an angle detection value calculated in the angle calculation unit is calculated by subtracting, from an angle obtained through an inverse tangent function of a ratio between the first detection signal and the second detection signal, a value that is 1/2 of the phase difference between the first sine signal and the second sine signal, or a value obtained by adding n/2 to 1/2 of the phase difference between the first sine signal and the second sine signal. an angle detector for detecting a first sine signal and a second sine signal having a phase different from that of the first sine signal, in accordance with rotation of a rotating machine ; a detection signal calculation unit for outputting a first detection signal based on a sum of the first sine signal and the second sine signal, and a second detection signal based on a difference between the first sine signal and the second sine signal; and an angle calculation unit for calculating a detection angle on the basis of the first detection signal and the second detection signal, characterised in that an angle detection value calculated in the angle calculation unit is calculated by subtracting, from an angle obtained through an inverse tangent function of a ratio between the first detection signal and the second detection signal, a value that is 1/2 of the phase difference between the first sine signal and the second sine signal, or a value obtained by adding n/2 to 1/2 of the phase difference between the first sine signal and the second sine signal.
Control valve for adjusting a process fluid flow of a process plant, wherein the control valve comprises a valve housing with an inlet and an outlet for the process fluid flow as well as a valve component arrangement for a control valve for adjusting a process fluid flow of a process plant, the control valve having a valve housing with an inlet and an outlet for the process fluid flow, comprising: - a valve housing portion having a passage for the process fluid flow extending along a longitudinal axis (A), - a valve component mountable on the valve housing portion, - a seal for circumferentially sealing between the valve housing portion and the valve component, and - a contact abutment to be disposed in the axial direction (A) between the seal and the valve housing portion and which is movable in a pre-assembled state relative to the valve housing portion and relative to the valve component, wherein in an assembled state the seal is inserted into an annular-groove-shaped seal receptacle limited by the valve component, the valve housing portion and the contact abutment ; wherein the contact abutment is held axially movable to the valve component by a carrier , wherein the carrier is designed to carry the contact abutment with the valve component when the valve component is removed, characterized in that the valve housing portion, the valve component and the contact abutment are matched to each other in such a way that the seal receptacle is reduced in size when the valve component is mounted on the valve housing portion, wherein the contact abutment is supported on the valve housing and wherein the contact abutment undergoes a relative movement with respect to the valve component. - a valve housing portion having a passage for the process fluid flow extending along a longitudinal axis (A), - a valve component mountable on the valve housing portion, - a seal for circumferentially sealing between the valve housing portion and the valve component, and - a contact abutment to be disposed in the axial direction (A) between the seal and the valve housing portion and which is movable in a pre-assembled state relative to the valve housing portion and relative to the valve component, wherein in an assembled state the seal is inserted into an annular-groove-shaped seal receptacle limited by the valve component, the valve housing portion and the contact abutment ; wherein the contact abutment is held axially movable to the valve component by a carrier , wherein the carrier is designed to carry the contact abutment with the valve component when the valve component is removed, characterized in that the valve housing portion, the valve component and the contact abutment are matched to each other in such a way that the seal receptacle is reduced in size when the valve component is mounted on the valve housing portion, wherein the contact abutment is supported on the valve housing and wherein the contact abutment undergoes a relative movement with respect to the valve component.