mhurhangee/patent-ind-claim-en huggingface dataset:
A radiant heater with a heating tube element , comprising: - at least one heating tube element with a heating tube that is transparent or semi-transparent for infrared rays; - at least one reflector, wherein the reflector is an infrared reflector adapted to the infrared spectrum of the heating tube element ; - a housing for a front side transparent for infrared rays and with peripheral and rear sides surrounding the front side screening off the infrared rays; wherein the reflector comprising a focussing curvature , wherein the at least one heating tube element is arranged in a focussing area of the curvature ; wherein arranged between the infrared reflector and the surrounding housing is an air convention channel which has openings (28 to 30) to the surrounding air; characterised in that - within the heating tube , the heating tube element comprises a plurality of carbon fibres which form a dimensionally stable infrared heating spiral of a carbon cord ; - the transparent front side is formed by a white or milky-looking front glass plate , wherein in the visible wave length range λ R the front glass plate has a coefficient of transparency of under 40 % and in the transition ranges of 1.2 μm ≤ λ R ≤ n 2.4 μm a coefficient of transparency of between 50 % and 90 %, - the carbon fibres have an operating temperature of between 1400 °C ≤ T B ≤ 1800 °C. - at least one heating tube element with a heating tube that is transparent or semi-transparent for infrared rays; - at least one reflector, wherein the reflector is an infrared reflector adapted to the infrared spectrum of the heating tube element ; - a housing for a front side transparent for infrared rays and with peripheral and rear sides surrounding the front side screening off the infrared rays; - within the heating tube , the heating tube element comprises a plurality of carbon fibres which form a dimensionally stable infrared heating spiral of a carbon cord ; - the transparent front side is formed by a white or milky-looking front glass plate , wherein in the visible wave length range λ R the front glass plate has a coefficient of transparency of under 40 % and in the transition ranges of 1.2 μm ≤ λ R ≤ n 2.4 μm a coefficient of transparency of between 50 % and 90 %, - the carbon fibres have an operating temperature of between 1400 °C ≤ T B ≤ 1800 °C.
Apparatus for picking load goods, comprising a picking chute , comprising a tongue , which can be moved into the picking chute and can be moved out of the picking chute , for loading with load goods, and comprising wipe-off means which, as the tongue is moved out of the picking chute , wipe load goods from the top side of the tongue onto a load goods carrier, wherein means for lifting a free end of the tongue , that is at the front in the moving in direction of the tongue , in the direction of an upper end of the picking chute are provided and wherein the tongue , in the state in which it is fully moved into the picking chute and is not loaded, is arranged obliquely at least in sections in the direction of an upper end of the picking chute , wherein the means for lifting have a guide track , wherein the tongue is fastened to a roller carriage , wherein the roller carriage moves along the guide track as the tongue is moved into the picking chute and as the tongue is moved out of the picking chute , wherein a portion of the guide track runs obliquely to a moving in direction of the tongue and in the direction of an upper end of the picking chute , characterized in that the guide track runs substantially horizontally, that is to say perpendicularly to a central longitudinal axis of the picking chute , and only rises in its last portion , so that the portion is of ramp-like design at least in sections.
A communication device, comprising a wireless interface including a transceiver unit , and a controller configured to control the transceiver unit when applying a first protocol which is a Bluetooth Low Energy ("BLE") protocol and a second protocol which is suitable for exchanging both audio data and non-audio data; characterized in that the controller is further configured to: apply a first control configuration while the transceiver unit is not used for audio data reception and/or transmission of audio data via the second protocol, and apply a second control configuration while the transceiver unit is used for audio data reception and/or transmission of audio data via the second protocol, wherein in the second control configuration duration of BLE connection events is limited to a maximum duration shorter than the maximum duration of BLE connection events in the first control configuration. a wireless interface including a transceiver unit , and a controller configured to control the transceiver unit when applying a first protocol which is a Bluetooth Low Energy ("BLE") protocol and a second protocol which is suitable for exchanging both audio data and non-audio data; a transceiver unit , and a controller configured to control the transceiver unit when applying a first protocol which is a Bluetooth Low Energy ("BLE") protocol and a second protocol which is suitable for exchanging both audio data and non-audio data; characterized in that the controller is further configured to: apply a first control configuration while the transceiver unit is not used for audio data reception and/or transmission of audio data via the second protocol, and apply a second control configuration while the transceiver unit is used for audio data reception and/or transmission of audio data via the second protocol, apply a first control configuration while the transceiver unit is not used for audio data reception and/or transmission of audio data via the second protocol, and apply a second control configuration while the transceiver unit is used for audio data reception and/or transmission of audio data via the second protocol, wherein in the second control configuration duration of BLE connection events is limited to a maximum duration shorter than the maximum duration of BLE connection events in the first control configuration.
A non-transitory computer-readable storage medium having computer-executable instructions stored thereupon which, when executed by a server computer , cause the server computer to: receive a local content request from a local device of a fleet of resources, the local content request comprising a canonical uniform resource locator, URL, that uniquely identifies the local device ; analyze the local content request to determine if the canonical URL matches a rewrite rule ; rewrite the canonical URL based on the rewrite rule to point to desired content in a content store at the server computer as specified in a ping database ; and upon determining the appropriate rewriting for the URL, respond to the local content request with a manifest for the URL, wherein the manifest identifies the desired content as a set of resources to be displayed on the local device wherein the local content request is periodic and includes a manifest request. receive a local content request from a local device of a fleet of resources, the local content request comprising a canonical uniform resource locator, URL, that uniquely identifies the local device ; analyze the local content request to determine if the canonical URL matches a rewrite rule ; rewrite the canonical URL based on the rewrite rule to point to desired content in a content store at the server computer as specified in a ping database ; and upon determining the appropriate rewriting for the URL, respond to the local content request with a manifest for the URL, wherein the manifest identifies the desired content as a set of resources to be displayed on the local device wherein the local content request is periodic and includes a manifest request.
A method for transmitting encoded data, comprising: generating a codeword by encoding information bits forming an information word, wherein the codeword includes the information bits and parity bits; dividing the parity bits into Qldpc parity groups; identifying parity groups, wherein each of the parity groups includes a part of the parity bits in a predefined position in each of the Qldpc parity groups; determining at least one parity group to be punctured based on parity bits to be punctured according to a puncturing pattern; puncturing all or a part of the parity bits included in each of the determined at least one parity group; and transmitting a frame including the punctured codeword, generating additional parity bits for obtaining the information word and transmiting the additional parity bits in one or more other frames; wherein the puncturing pattern is determined as Modulation and Code rate Order of parity group to be punctured, { π p ( j ), 0 ≤ j < Q ldpc = 25} π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p - BPSK/QPSK 1/2 6 4 18 9 13 8 15 20 5 17 2 24 10 22 12 3 16 23 1 14 0 21 19 7 11 - 16-QAM 1/2 6 4 13 9 18 8 15 20 5 17 2 22 24 7 12 1 16 23 14 0 21 10 19 11 3 - 64-QAM 1/2 6 15 13 10 3 17 21 8 5 19 2 23 16 24 7 18 1 12 20 0 4 14 9 11 22 - wherein the puncturing pattern represents an order of the parity groups to be punctured, and wherein a plurality of π p (j) represent parity group indexes of the parity groups for 0 ≤ j <Q ldpc . generating a codeword by encoding information bits forming an information word, wherein the codeword includes the information bits and parity bits; dividing the parity bits into Qldpc parity groups; identifying parity groups, wherein each of the parity groups includes a part of the parity bits in a predefined position in each of the Qldpc parity groups; determining at least one parity group to be punctured based on parity bits to be punctured according to a puncturing pattern; puncturing all or a part of the parity bits included in each of the determined at least one parity group; and transmitting a frame including the punctured codeword, generating additional parity bits for obtaining the information word and transmiting the additional parity bits in one or more other frames; wherein the puncturing pattern is determined as Modulation and Code rate Order of parity group to be punctured, { π p ( j ), 0 ≤ j < Q ldpc = 25} π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p - BPSK/QPSK 1/2 6 4 18 9 13 8 15 20 5 17 2 24 10 22 12 3 16 23 1 14 0 21 19 7 11 - 16-QAM 1/2 6 4 13 9 18 8 15 20 5 17 2 22 24 7 12 1 16 23 14 0 21 10 19 11 3 - 64-QAM 1/2 6 15 13 10 3 17 21 8 5 19 2 23 16 24 7 18 1 12 20 0 4 14 9 11 22 - wherein the puncturing pattern represents an order of the parity groups to be punctured, and wherein a plurality of π p (j) represent parity group indexes of the parity groups for 0 ≤ j <Q ldpc .
A non-transitory computer-readable recording medium for recording a program causing a terminal device to function as a communication unit configured to receive beacon signals; to function as a processing unit , and to function as a notification unit , wherein, after an event to cause the communication unit to transmit a job to a target apparatus occurs, or an event to receive a status from the target apparatus occurs, in a case where it is determined that the terminal device moves to a second apparatus different from the target apparatus , based on a received radio wave strength of a target apparatus beacon signal which is received from the target apparatus by the communication unit and based on a received radio wave strength of a second apparatus beacon signal which is received from the second apparatus by the communication unit , the processing unit is configured to make the notification unit to perform a warning notification processing, wherein the processing unit is configured to determine whether or not the terminal device moves to the second apparatus based on a comparison result of a first distance (L A ) between the terminal device and the target apparatus which is determined based on the target apparatus beacon signal, and a second distance (L B ) between the terminal device and the second apparatus , which is determined based on the second apparatus beacon signal, and wherein, in a case where it is determined that the terminal device moves to the second apparatus , based on the comparison result, the processing unit is configured to make the notification unit to perform the warning notification processing.
An electronic device comprising: a power unit that accommodates a battery ; a communication unit that wirelessly communicates with an external device; and a printer unit that prints print data obtained by the communication unit on a recording paper, wherein an outer appearance of the electronic device is a cylindrical shape; and the printer unit includes a mechanical unit ; an inner cover that accommodates the mechanical unit ; an outer cover provided around the inner cover ; an inner feeding opening formed in the inner cover along a longitudinal direction of the inner cover to feed a recording sheet; an inner ejecting opening formed in the inner cover along the longitudinal direction of the inner cover to eject the recording sheet; an outer feeding opening formed in the outer cover along a longitudinal direction of the outer cover to feed the recording sheet; and an outer ejecting opening formed in the outer cover along the longitudinal direction of the outer cover to eject the recording sheet, wherein the outer cover is configured to rotate with respect to the inner cover . a power unit that accommodates a battery ; a communication unit that wirelessly communicates with an external device; and a printer unit that prints print data obtained by the communication unit on a recording paper, wherein an outer appearance of the electronic device is a cylindrical shape; and the printer unit includes a mechanical unit ; an inner cover that accommodates the mechanical unit ; an outer cover provided around the inner cover ; an inner feeding opening formed in the inner cover along a longitudinal direction of the inner cover to feed a recording sheet; an inner ejecting opening formed in the inner cover along the longitudinal direction of the inner cover to eject the recording sheet; an outer feeding opening formed in the outer cover along a longitudinal direction of the outer cover to feed the recording sheet; and an outer ejecting opening formed in the outer cover along the longitudinal direction of the outer cover to eject the recording sheet, wherein the outer cover is configured to rotate with respect to the inner cover . a mechanical unit ; an inner cover that accommodates the mechanical unit ; an outer cover provided around the inner cover ; an inner feeding opening formed in the inner cover along a longitudinal direction of the inner cover to feed a recording sheet; an inner ejecting opening formed in the inner cover along the longitudinal direction of the inner cover to eject the recording sheet; an outer feeding opening formed in the outer cover along a longitudinal direction of the outer cover to feed the recording sheet; and an outer ejecting opening formed in the outer cover along the longitudinal direction of the outer cover to eject the recording sheet, wherein the outer cover is configured to rotate with respect to the inner cover .
A cylindrical caulking jig for fixing an assembling component (15, 16, 25, 26; 17, 27) in a mounting hole formed in a base in a caulking manner, the caulking jig comprising: a leading end part which protrudes on one end side in an axial direction, and which is adapted to come into contact with an opening edge part of the mounting hole first; a curved part which is formed on an inner side in a radial direction from the leading end part in such a manner that a diameter is gradually decreased from the leading end part toward the other end side, and which is adapted to push a portion of the opening edge part toward an inner side in the radial direction; a pressing part which is formed on an inner side in the radial direction from the curved part , and which is adapted to press the portion pushed by the curved part ; a stress suppression part which is formed on an outer side in the radial direction from the leading end part in such a manner that a diameter is gradually increased from the leading end part toward the other end side; and an insertion guide part which is formed on an outer side in the radial direction from the stress suppression part ; characterized in that the insertion guide part is formed on the outer side in the radial direction from the stress suppression part in such a manner that a diameter is increased more gently as compared to that of the stress suppression part . a leading end part which protrudes on one end side in an axial direction, and which is adapted to come into contact with an opening edge part of the mounting hole first; a curved part which is formed on an inner side in a radial direction from the leading end part in such a manner that a diameter is gradually decreased from the leading end part toward the other end side, and which is adapted to push a portion of the opening edge part toward an inner side in the radial direction; a pressing part which is formed on an inner side in the radial direction from the curved part , and which is adapted to press the portion pushed by the curved part ; a stress suppression part which is formed on an outer side in the radial direction from the leading end part in such a manner that a diameter is gradually increased from the leading end part toward the other end side; and an insertion guide part which is formed on an outer side in the radial direction from the stress suppression part ; characterized in that the insertion guide part is formed on the outer side in the radial direction from the stress suppression part in such a manner that a diameter is increased more gently as compared to that of the stress suppression part .
A method for providing environmental data to a vehicle, the method comprising: receiving a request from a vehicle to provide environmental data; defining a route plan vicinity area as a part of a coverage polygon ; receiving alternate/back-up destinations (314-1, 314-2) selected from a list ; defining and including in the coverage polygon one or more connection areas (316-1, 316-2) between the route plan vicinity area and the selected alternate/back-up destinations (314-1, 314-2); smoothing the coverage polygon ; assembling environmental data for the smoothed coverage polygon ; and sending the assembled environmental data to the vehicle . receiving a request from a vehicle to provide environmental data; defining a route plan vicinity area as a part of a coverage polygon ; receiving alternate/back-up destinations (314-1, 314-2) selected from a list ; defining and including in the coverage polygon one or more connection areas (316-1, 316-2) between the route plan vicinity area and the selected alternate/back-up destinations (314-1, 314-2); smoothing the coverage polygon ; assembling environmental data for the smoothed coverage polygon ; and sending the assembled environmental data to the vehicle .
A method of fabricating a semiconductor device package, comprising: providing a laminate comprising a dielectric film interposed between a first metal layer and a second metal layer , said laminate having a first metal layer outer surface and a second metal layer outer surface ; patterning the second metal layer according to a predetermined pattern to form a patterned second metal layer ; forming a plurality of vias extending through the laminate according to a predetermined pattern; attaching one or more semiconductor devices to the second metal layer outer surface of a portion of the patterned second metal layer; disposing an electrically conductive layer on the first metal layer outer surface and on an inner surface of one or more vias to form an interconnect layer comprising the first metal layer and the electrically conductive layer; and patterning the interconnect layer according to a predetermined circuit configuration to form a patterned interconnect layer , wherein a portion of the patterned interconnect layer extends through one or more vias to form an electrical contact with the semiconductor devices; the method characterized in that the patterned second metal layer further comprises a plurality of patterned regions, wherein at least two patterned regions have a thickness different from each other. providing a laminate comprising a dielectric film interposed between a first metal layer and a second metal layer , said laminate having a first metal layer outer surface and a second metal layer outer surface ; patterning the second metal layer according to a predetermined pattern to form a patterned second metal layer ; forming a plurality of vias extending through the laminate according to a predetermined pattern; attaching one or more semiconductor devices to the second metal layer outer surface of a portion of the patterned second metal layer; disposing an electrically conductive layer on the first metal layer outer surface and on an inner surface of one or more vias to form an interconnect layer comprising the first metal layer and the electrically conductive layer; and patterning the interconnect layer according to a predetermined circuit configuration to form a patterned interconnect layer , wherein a portion of the patterned interconnect layer extends through one or more vias to form an electrical contact with the semiconductor devices; the method characterized in that the patterned second metal layer further comprises a plurality of patterned regions, wherein at least two patterned regions have a thickness different from each other.
A method for preparing a T cell expressing a chimeric antigen receptor (CAR), interleukin-7 and CCL19, comprising introducing a nucleic acid encoding CAR and a nucleic acid encoding a T cell immune function-enhancing factor using one or more vectors into the T cell, in which the nucleic acid encoding a T cell immune function-enhancing factor comprises a nucleic acid encoding interleukin-7 and a nucleic acid encoding CCL19.