mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications at a user equipment, comprising: determining that a random access channel uplink transmission is asynchronous, the random access channel uplink transmission comprising a preamble and a payload; determining a mapping for resources of the preamble and resources of the payload based at least in part on determining that the random access channel uplink transmission is asynchronous; determining a first radio frequency resource for transmitting the preamble and a second radio frequency resource for transmitting the payload based at least in part on the mapping; and transmitting the preamble over the first radio frequency resource and the payload over the second radio frequency resource. determining that a random access channel uplink transmission is asynchronous, the random access channel uplink transmission comprising a preamble and a payload; determining a mapping for resources of the preamble and resources of the payload based at least in part on determining that the random access channel uplink transmission is asynchronous; determining a first radio frequency resource for transmitting the preamble and a second radio frequency resource for transmitting the payload based at least in part on the mapping; and transmitting the preamble over the first radio frequency resource and the payload over the second radio frequency resource.
A hand-held device for electrically powered skin treatment, comprising: a housing , a first outer electrode disposed on the housing , the first outer electrode being in contact with the hand when the device is held in the user's hand for use, a second outer electrode disposed on the housing , the second outer electrode being placeable on the area of skin to be treated, and an electrical energy source in the form of batteries contained in the housing, the poles of the batteries being electrically connected to electrodes during operation of the device, characterized in that the housing is a shallow housing having an underside and an upper side, the second electrode is located on the underside of the housing and takes up almost the entire underside, the first electrode is located peripherally on the outer edge of the upper side of the housing , a vibrator is located within the housing , and that the vibrator is fixed by a socket on the lower wall of the housing centrally above the second electrode and thus vibrates the wall together with the second electrode when operated so that during operation of the device, the device produces an intensified massaging effect on the skin to be treated, whereby the pores of the skin are widened. a housing , a first outer electrode disposed on the housing , the first outer electrode being in contact with the hand when the device is held in the user's hand for use, a second outer electrode disposed on the housing , the second outer electrode being placeable on the area of skin to be treated, and an electrical energy source in the form of batteries contained in the housing, the poles of the batteries being electrically connected to electrodes during operation of the device, characterized in that the housing is a shallow housing having an underside and an upper side, the second electrode is located on the underside of the housing and takes up almost the entire underside, the first electrode is located peripherally on the outer edge of the upper side of the housing , a vibrator is located within the housing , and that the vibrator is fixed by a socket on the lower wall of the housing centrally above the second electrode and thus vibrates the wall together with the second electrode when operated so that during operation of the device, the device produces an intensified massaging effect on the skin to be treated, whereby the pores of the skin are widened.
A compound of the formula, or a pharmaceutically acceptable salt thereof wherein R is selected from: H, -C 1-3 alkyl, -CH 2 CH(OH)CH 3 , -C 2-3 alkyl-O-CH 3 , R1 is selected from: H, -CH 3 , and -OCH 3 ; R2 is -CHF 2 or -CF 3 ; and R3 is H or -CH 3 ; provided when R2 is -CF 3 and R3 is H, either R or R1 can be -CH 3 , but not both. wherein R is selected from: H, -C 1-3 alkyl, -CH 2 CH(OH)CH 3 , -C 2-3 alkyl-O-CH 3 , R1 is selected from: H, -CH 3 , and -OCH 3 ; R2 is -CHF 2 or -CF 3 ; and R3 is H or -CH 3 ; provided when R2 is -CF 3 and R3 is H, either R or R1 can be -CH 3 , but not both.
A method, performed by a User Equipment, UE, in an Long Term Evolution, LTE, Time Division Duplexing, TDD system where uplink-downlink subframe distribution changes dynamically, wherein the method comprises: receiving , through system information block 1, SIB1, a first uplink-downlink configuration; obtaining a first maximum number of downlink hybrid automatic repeat request, HARQ, processes for the first uplink-downlink configuration; obtaining a first soft buffer size for a first code block based on the first maximum number of the downlink HARQ processes; performing a HARQ soft combination based on the first soft buffer size; receiving, through radio resource control, RRC, signaling, a reference HARQ-ACK timing relation; after a change from the first uplink-downlink configuration to a second uplink-downlink configuration, obtaining a second maximum number of downlink HARQ processes for the second uplink-downlink configuration based on the reference HARQ-ACK timing relation; obtaining a second soft buffer size for a second code block based on the second maximum number of the downlink HARQ processes; and performing the HARQ soft combination based on the second soft buffer size. receiving , through system information block 1, SIB1, a first uplink-downlink configuration; obtaining a first maximum number of downlink hybrid automatic repeat request, HARQ, processes for the first uplink-downlink configuration; obtaining a first soft buffer size for a first code block based on the first maximum number of the downlink HARQ processes; performing a HARQ soft combination based on the first soft buffer size; receiving, through radio resource control, RRC, signaling, a reference HARQ-ACK timing relation; after a change from the first uplink-downlink configuration to a second uplink-downlink configuration, obtaining a second maximum number of downlink HARQ processes for the second uplink-downlink configuration based on the reference HARQ-ACK timing relation; obtaining a second soft buffer size for a second code block based on the second maximum number of the downlink HARQ processes; and performing the HARQ soft combination based on the second soft buffer size.
A method for operating a first apparatus in a wireless communication system, the method comprising: receiving (S1710) one or more traffic classes, TCs, related to one or more packets from a higher layer; mapping (S1720) the one or more TCs and one or more proximity-based service per-packet priorities, PPPPs; and transmitting (S1730) the one or more packets related to the one or more PPPPs to a second apparatus based on the mapping, wherein each of the one or more TCs and each of one or more PPPPs are mapped in one-to-one, wherein at least one first TC having a priority value higher than a predetermined priority threshold value is determined among the one or more TCs, wherein the at least one first TC is allocated to a decentralized environmental notification message, DEMN, wherein at least one second TC having a priority value lower than the predetermined priority threshold value is determined among the one or more TCs, and wherein the at least one second TCs is allocated to a cooperative awareness message, CAM. receiving (S1710) one or more traffic classes, TCs, related to one or more packets from a higher layer; mapping (S1720) the one or more TCs and one or more proximity-based service per-packet priorities, PPPPs; and transmitting (S1730) the one or more packets related to the one or more PPPPs to a second apparatus based on the mapping, wherein each of the one or more TCs and each of one or more PPPPs are mapped in one-to-one, wherein at least one first TC having a priority value higher than a predetermined priority threshold value is determined among the one or more TCs, wherein the at least one first TC is allocated to a decentralized environmental notification message, DEMN, wherein at least one second TC having a priority value lower than the predetermined priority threshold value is determined among the one or more TCs, and wherein the at least one second TCs is allocated to a cooperative awareness message, CAM.
An arrangement having a furniture door , in particular a fold-sliding-door, a furniture carcass , and a chamber-formed cavity formed in the furniture carcass for accommodating the furniture door , wherein the arrangement includes a purely mechanical drive device for moving the furniture door between a fully countersunk position within the cavity and a position outside of the cavity , characterized in that the drive device is configured so as to move the furniture door , starting from the fully countersunk position within the cavity into the position outside of the cavity , such that moving out the furniture door from the cavity is effected automatically.
A medicament carrier which is suitable for the treatment and prevention of pathological conditions in the urogenital region of a person, particularly in the area of the urethra, consisting of a biocompatible material which cannot be melted at the body temperature of the person, wherein the medicament carrier is prepared with an active ingredient or a mixture of active ingredients for the treatment of the urogenital region which cannot be melted at the body temperature of the person, characterized in that the medicament carrier is coated with the active ingredient or mixture of active ingredients fully or partially or in stripes or at individual spots , wherein the medicament carrier is provided with mucoadhesive substances for fixation of the medicament carrier in a body orifice.
A computer-implemented method for determining rotation of a patient's chest in a medical image, the method comprising: receiving the medical image of the patient; processing the medical image to determine scapular spatial data relating to the patient's scapulae; and determining rotation of the patient's chest with respect to at least one reference axis using the scapular spatial data. data, characterized in that before determining the rotation, a sanity check is performed by processing the scapular spatial data to confirm symmetry of the patient's scapulae. receiving the medical image of the patient; processing the medical image to determine scapular spatial data relating to the patient's scapulae; and determining rotation of the patient's chest with respect to at least one reference axis using the scapular spatial data. data,
A detection apparatus , comprising: a transducer configured to transmit a transmission wave and to receive a reception wave resulting from a reflection of said transmission wave on a reflection object; characterised by : a first echo intensity calculation means configured to calculate a first echo intensity of a first reception signal generated from the reception wave; a compression means configured to compress said first reception signal to generate a second reception signal, a signal duration of said second reception signal being shorter than that of said first reception signal; a second echo intensity calculation means configured to calculate a second echo intensity from said second reception signal compressed by said compression means ; and a target detection means configured to perform a relative intensity comparison of said first echo intensity and said second echo intensity and to detect a target from the relative intensity comparison. a transducer configured to transmit a transmission wave and to receive a reception wave resulting from a reflection of said transmission wave on a reflection object; characterised by : a first echo intensity calculation means configured to calculate a first echo intensity of a first reception signal generated from the reception wave; a compression means configured to compress said first reception signal to generate a second reception signal, a signal duration of said second reception signal being shorter than that of said first reception signal; a second echo intensity calculation means configured to calculate a second echo intensity from said second reception signal compressed by said compression means ; and a target detection means configured to perform a relative intensity comparison of said first echo intensity and said second echo intensity and to detect a target from the relative intensity comparison. a first echo intensity calculation means configured to calculate a first echo intensity of a first reception signal generated from the reception wave; a compression means configured to compress said first reception signal to generate a second reception signal, a signal duration of said second reception signal being shorter than that of said first reception signal; a second echo intensity calculation means configured to calculate a second echo intensity from said second reception signal compressed by said compression means ; and a target detection means configured to perform a relative intensity comparison of said first echo intensity and said second echo intensity and to detect a target from the relative intensity comparison.
A method for facilitating the set-up of a conference call over a telecommunication network, the call being between a first user and a second user of said network, the method comprising: receiving at a server a set-up request triggered by a first device associated with the first user, wherein the request is for setting-up the conference call, the request including an identification number associated with a second device associated with the second user; characterised in that , the method further comprises: sending from the server to the first device, in response to receiving the set-up request from the first device, a first number for enabling the first device to connect to the conference call, such that receipt of the first number at the first device automatically triggers a call in accordance with the first number for enabling the first device to connect to the conference call; and in parallel, or subsequently, triggering a call from the server to the second device in accordance with the received identification number, wherein the call is for enabling the second device to connect to the conference call. receiving at a server a set-up request triggered by a first device associated with the first user, wherein the request is for setting-up the conference call, the request including an identification number associated with a second device associated with the second user; characterised in that , the method further comprises: sending from the server to the first device, in response to receiving the set-up request from the first device, a first number for enabling the first device to connect to the conference call, such that receipt of the first number at the first device automatically triggers a call in accordance with the first number for enabling the first device to connect to the conference call; and in parallel, or subsequently, triggering a call from the server to the second device in accordance with the received identification number, wherein the call is for enabling the second device to connect to the conference call. sending from the server to the first device, in response to receiving the set-up request from the first device, a first number for enabling the first device to connect to the conference call, such that receipt of the first number at the first device automatically triggers a call in accordance with the first number for enabling the first device to connect to the conference call; and in parallel, or subsequently, triggering a call from the server to the second device in accordance with the received identification number, wherein the call is for enabling the second device to connect to the conference call.
A post-shredding apparatus for chopped crop material (G) having at least two rollers with mutually parallel axes of rotation , wherein each of the rollers has alternately straight portions in the axial direction (R) with a peripheral surface extending parallel to the axis of rotation of the roller and inclined portions with a peripheral surface extending inclinedly to the axis of rotation of the roller , wherein associated with a straight portion of the one roller is a respective straight portion of the other roller in such a way that their mutually opposite peripheral surfaces form relative to each other a shredding gap for the crop material (G), that extends parallel to the axis of rotation , and wherein associated with an inclined portion of the one roller is a respective inclined portion of the other roller in such a way that their mutually opposite peripheral surfaces form relative to each other a shredding gap for the crop material (G), that extends inclinedly relative to the axis of rotation , characterised in that adjacent to each straight portion of a roller is an end face extending in the radial plane, wherein associated with an end face formed in that way of the one roller is a respective end face of the other roll in order to form therewith a shearing gap extending in the radial plane for the crop material (G).
A polishing tool which is to be driven in rotation by a driving machine about an axis of rotation , which polishing tool has a support body and a polishing body attached to the support body, wherein the polishing body comprises a number of first lamellae and at least a number of second lamellae , wherein the first lamellae comprise a polishing felt and the second lamellae comprise a nonwoven, wherein the nonwoven is formed substantially of synthetic fibers and wherein the nonwoven has a higher porosity than the polishing felt.
Apparatus for an acoustic transducer system including a cavity having a substantially enclosed air volume, the apparatus comprising: at least one skeleton member wherein the at least one skeleton member has a predetermined configuration comprising: a plurality of hollows formed within; and the at least one skeleton member has inner surfaces of the plurality of hollows provided with adsorbent material, wherein the apparatus is arranged for compensating for pressure changes within said substantially enclosed air volume of said cavity based on adsorbing gas molecules when the pressure increases and based on releasing gas molecules when the pressure decreases within said substantially enclosed air volume; characterized wherein the at least one skeleton member is substantially spheroidal in shape. a plurality of hollows formed within; and the at least one skeleton member has inner surfaces of the plurality of hollows provided with adsorbent material, wherein the apparatus is arranged for compensating for pressure changes within said substantially enclosed air volume of said cavity based on adsorbing gas molecules when the pressure increases and based on releasing gas molecules when the pressure decreases within said substantially enclosed air volume; characterized wherein the at least one skeleton member is substantially spheroidal in shape.
A bolt having a tempered martensite structure, wherein the bolt has a composition, in which: 0.50 mass% or more and 0.65 mass% or less of carbon (C); 1.5 mass% or more and 2.5 mass% or less of silicon (Si); 1.0 mass% or more and 2.0 mass% or less of chromium (Cr); 0.2 mass% or more and 1.0 mass% or less of manganese (Mn); and 1.5 mass% or more and 5.0 mass% or less of molybdenum (Mo); are contained; a total content of impurities being phosphor (P) and sulfur (S) is 0.03 mass% or less; and the remaining is iron (Fe); and a carbon concentration of the bolt satisfies the following Formula : 0.75 ≦ X < 1 in which, in Formula , X represents a surface carbon concentration / an inner carbon concentration, and the surface carbon concentration is a carbon concentration, in mass%, at a position 0.025 mm deep from an uppermost surface of a bolt shank portion, and the inner carbon concentration is a carbon concentration, in mass%, at a position on a center line of the bolt shank portion; wherein the bolt satisfies the following Formula : − 20 HV ≦ H ≦ 50 HV wherein, in Formula , H represents an inner hardness - a surface hardness, the inner hardness being a Vickers hardness at a position on a center line of the bolt shank portion, and the surface hardness being a Vickers hardness at a position 0.05 mm deep from the uppermost surface of the bolt shank portion; wherein the surface hardness is 420 (HV) or more and 600 (HV) or less. 0.50 mass% or more and 0.65 mass% or less of carbon (C); 1.5 mass% or more and 2.5 mass% or less of silicon (Si); 1.0 mass% or more and 2.0 mass% or less of chromium (Cr); 0.2 mass% or more and 1.0 mass% or less of manganese (Mn); and 1.5 mass% or more and 5.0 mass% or less of molybdenum (Mo); are contained; a total content of impurities being phosphor (P) and sulfur (S) is 0.03 mass% or less; and the remaining is iron (Fe); and a carbon concentration of the bolt satisfies the following Formula : 0.75 ≦ X < 1 in which, in Formula , X represents a surface carbon concentration / an inner carbon concentration, and the surface carbon concentration is a carbon concentration, in mass%, at a position 0.025 mm deep from an uppermost surface of a bolt shank portion, and the inner carbon concentration is a carbon concentration, in mass%, at a position on a center line of the bolt shank portion; wherein the bolt satisfies the following Formula : − 20 HV ≦ H ≦ 50 HV wherein, in Formula , H represents an inner hardness - a surface hardness, the inner hardness being a Vickers hardness at a position on a center line of the bolt shank portion, and the surface hardness being a Vickers hardness at a position 0.05 mm deep from the uppermost surface of the bolt shank portion; wherein the surface hardness is 420 (HV) or more and 600 (HV) or less.
A multi-layered display , comprising: an upper display screen ; a lower display screen arranged so as to at least partially overlap with the upper display screen ; and an antiglare layer disposed on the upper display screen so as to be an outermost layer, the antiglare layer comprising a diffraction pattern configured to blur ambient reflections without substantially affecting transmitted light and to provide a reflective specular/haze ratio of about one at a wavelength of 0.55 μm in order to reduce back-screen blur. an upper display screen ; a lower display screen arranged so as to at least partially overlap with the upper display screen ; and an antiglare layer disposed on the upper display screen so as to be an outermost layer, the antiglare layer comprising a diffraction pattern configured to blur ambient reflections without substantially affecting transmitted light and to provide a reflective specular/haze ratio of about one at a wavelength of 0.55 μm in order to reduce back-screen blur.