mhurhangee/patent-ind-claim-en huggingface dataset:
A robot comprising: a base ; a spin body which is rotatably connected to the base ; a spin motor which provides power to rotate the spin body with respect to the base ; a tilting body which is connected to a tilting shaft (OT) connected to the spin body and configured to be tiltable with respect to the spin body ; a tilting motor which provides power for tilting the tilting body about the tilting shaft (OT); and a printed circuit board, PCB electrically connected to the spin motor and the tilting motor , wherein the spin motor , the tilting motor , and the PCB is mounted on the spin body, characterized in that the PCB is disposed in the spin body , the robot further comprises: an interface module which is mounted on the tilting body , tilted together with the tilting body , and includes at least one interface; an interface printed circuit board, interface PCB which is provided in the interface module ; and an intermediate printed circuit board, intermediate PCB which is disposed on the tilting body and electrically connected to the interface PCB and the PCB , and wherein the distance between the PCB and the intermediate PCB is shorter than the distance between the interface PCB and the intermediate PCB . a base ; a spin body which is rotatably connected to the base ; a spin motor which provides power to rotate the spin body with respect to the base ; a tilting body which is connected to a tilting shaft (OT) connected to the spin body and configured to be tiltable with respect to the spin body ; a tilting motor which provides power for tilting the tilting body about the tilting shaft (OT); and a printed circuit board, PCB electrically connected to the spin motor and the tilting motor , wherein the spin motor , the tilting motor , and the PCB is mounted on the spin body, characterized in that the PCB is disposed in the spin body , the robot further comprises: an interface module which is mounted on the tilting body , tilted together with the tilting body , and includes at least one interface; an interface printed circuit board, interface PCB which is provided in the interface module ; and an intermediate printed circuit board, intermediate PCB which is disposed on the tilting body and electrically connected to the interface PCB and the PCB , and wherein the distance between the PCB and the intermediate PCB is shorter than the distance between the interface PCB and the intermediate PCB . an interface module which is mounted on the tilting body , tilted together with the tilting body , and includes at least one interface; an interface printed circuit board, interface PCB which is provided in the interface module ; and an intermediate printed circuit board, intermediate PCB which is disposed on the tilting body and electrically connected to the interface PCB and the PCB , and wherein the distance between the PCB and the intermediate PCB is shorter than the distance between the interface PCB and the intermediate PCB .
A gearbox comprising an arrangement, wherein the gearbox comprises a first shaft , a second shaft , at least one gear set, which comprises a primary cogwheel (5-7) arranged on the first shaft and a secondary cogwheel (12-14) arranged on the second shaft , wherein the primary cogwheel (5-7) and the secondary cogwheel (12-14) have teeth engaging (30-32) with each other, and wherein the arrangement comprises a first component (29a-d), which is arranged at a first side of the gear mesh (30-32) between the primary cogwheel (5-7) and the secondary cogwheel (12-14), said first component (29a-d) comprises a recess (29a 2 -d 2 ) in a radial side wall in relation to said shafts , which recess has its opening arranged in connection with the gear mesh (30-32), so that gearbox oil may be led between the first side of the gear mesh (30-32) and the recess (29a 2 -d 2 ), characterised in that said recess (29a 2 -d 2 ) has a radial extension, which is larger than the radial extension of the gear mesh (30-32).
A flight guidance panel for an aircraft, the flight guidance panel comprising: a housing defining a first longitudinal side and a second longitudinal side ; a first flight guidance display disposed in the first longitudinal side of the housing; a second flight guidance display disposed in the second longitudinal side of the housing; characterized in that the flight guidance panel further comprises: a standby display disposed between the first flight guidance display and the second flight guidance display; and a controller configured for: generating at least one functional panel indicating flight parameters on the first flight guidance display and on the second flight guidance display; and generating standby flight information for presentation on the standby display. a housing defining a first longitudinal side and a second longitudinal side ; a first flight guidance display disposed in the first longitudinal side of the housing; a second flight guidance display disposed in the second longitudinal side of the housing; characterized in that the flight guidance panel further comprises: a standby display disposed between the first flight guidance display and the second flight guidance display; and a controller configured for: generating at least one functional panel indicating flight parameters on the first flight guidance display and on the second flight guidance display; and generating standby flight information for presentation on the standby display. generating at least one functional panel indicating flight parameters on the first flight guidance display and on the second flight guidance display; and generating standby flight information for presentation on the standby display.
A hermetically-sealed package for an implantable medical device comprising: a housing extending along a housing axis between a first end and a second end ; an electronic device disposed within the housing and comprising a device contact ; an external contact hermetically sealed to the housing at the first end of the housing; and a conductive member electrically connected to the external contact and the device contact such that the conductive member electrically connects the electronic device to the external contact, wherein the conductive member is compressed between the external contact and the device contact. a housing extending along a housing axis between a first end and a second end ; an electronic device disposed within the housing and comprising a device contact ; an external contact hermetically sealed to the housing at the first end of the housing; and a conductive member electrically connected to the external contact and the device contact such that the conductive member electrically connects the electronic device to the external contact, wherein the conductive member is compressed between the external contact and the device contact.
A terminal, wherein the terminal comprises: a first sound-emitting unit , a second sound-emitting unit , a third sound-emitting unit , and a left sound-emitting hole , a right sound-emitting hole , an upper sound-emitting hole , and a lower sound-emitting hole that are disposed on four sides of the terminal; the first sound-emitting unit is separately connected to the left sound-emitting hole and the upper sound-emitting hole; the second sound-emitting unit is separately connected to the right sound-emitting hole and the upper sound-emitting hole; the third sound-emitting unit is connected to the lower sound-emitting hole; the terminal further comprises a processing unit ; and when the terminal is configured to play stereo in a portrait mode, the processing unit is configured to control the first sound-emitting unit and the second sound-emitting unit to play sound channels on different sides and emit a sound from the left sound-emitting hole and the right sound-emitting hole; or when the terminal is configured to play stereo in a landscape mode, the processing unit is configured to control the first sound-emitting unit and/or the second sound-emitting unit to play a sound channel on one side and emit a sound from at least one of the left sound-emitting hole, the right sound-emitting hole, and the upper sound-emitting hole, and the processing unit is configured to control the third sound-emitting unit to play a sound channel on another side. a first sound-emitting unit , a second sound-emitting unit , a third sound-emitting unit , and a left sound-emitting hole , a right sound-emitting hole , an upper sound-emitting hole , and a lower sound-emitting hole that are disposed on four sides of the terminal; the first sound-emitting unit is separately connected to the left sound-emitting hole and the upper sound-emitting hole; the second sound-emitting unit is separately connected to the right sound-emitting hole and the upper sound-emitting hole; the third sound-emitting unit is connected to the lower sound-emitting hole; the terminal further comprises a processing unit ; and when the terminal is configured to play stereo in a portrait mode, the processing unit is configured to control the first sound-emitting unit and the second sound-emitting unit to play sound channels on different sides and emit a sound from the left sound-emitting hole and the right sound-emitting hole; or when the terminal is configured to play stereo in a landscape mode, the processing unit is configured to control the first sound-emitting unit and/or the second sound-emitting unit to play a sound channel on one side and emit a sound from at least one of the left sound-emitting hole, the right sound-emitting hole, and the upper sound-emitting hole, and the processing unit is configured to control the third sound-emitting unit to play a sound channel on another side.
A multi-layer article of woven fabric comprising: a woven base layer ; a woven mesh layer , disposed above the base layer , wherein a first common warp is employed in the mesh layer , the mesh layer having a plurality of stacked wefts; a woven binding layer , disposed above the mesh layer ; and a pattern layer , disposed above the binding layer , wherein (a) the base layer , the binding layer , and the pattern layer employ a second common warp, (b) each of the base layer and the binding layer is woven in a manner as to be separately bound to the mesh layer , (c) the second common warp is employed in all layers other than the mesh layer , (d) the face of the pattern layer is devoid of any visible binding point, and (e) the mesh layer comprises a first sublayer and a second sublayer , defined by positions of the first common warp relative to the stacked wefts, wherein the first sublayer is alternately above and below the second sublayer , and wherein the first and second sublayers create a hollow center in the fabric. a woven base layer ; a woven mesh layer , disposed above the base layer , wherein a first common warp is employed in the mesh layer , the mesh layer having a plurality of stacked wefts; a woven binding layer , disposed above the mesh layer ; and a pattern layer , disposed above the binding layer , wherein (a) the base layer , the binding layer , and the pattern layer employ a second common warp, (b) each of the base layer and the binding layer is woven in a manner as to be separately bound to the mesh layer , (c) the second common warp is employed in all layers other than the mesh layer , (d) the face of the pattern layer is devoid of any visible binding point, and (e) the mesh layer comprises a first sublayer and a second sublayer , defined by positions of the first common warp relative to the stacked wefts, wherein the first sublayer is alternately above and below the second sublayer , and wherein the first and second sublayers create a hollow center in the fabric. (a) the base layer , the binding layer , and the pattern layer employ a second common warp, (b) each of the base layer and the binding layer is woven in a manner as to be separately bound to the mesh layer , (c) the second common warp is employed in all layers other than the mesh layer , (d) the face of the pattern layer is devoid of any visible binding point, and (e) the mesh layer comprises a first sublayer and a second sublayer , defined by positions of the first common warp relative to the stacked wefts, wherein the first sublayer is alternately above and below the second sublayer , and wherein the first and second sublayers create a hollow center in the fabric.
An apparatus comprising: a light guide assembly comprising a light guide including a rear portion, the rear portion including a first edge , a second edge , and a rear edge , the first edge meeting the rear edge at a first obtuse angle (A1, B1), and the second edge meeting the rear edge at a second obtuse angle (A2, B2); and a plurality of light emitting diodes disposed on the first edge , the second edge , and the rear edge , characterized in that the plurality of light emitting diodes are arranged to produce an asymmetric light distribution pattern in a vertical plane, the light distribution pattern including a rear light emission and a forward light emission having a greater peak intensity than the rear light emission. a light guide assembly comprising a light guide including a rear portion, the rear portion including a first edge , a second edge , and a rear edge , the first edge meeting the rear edge at a first obtuse angle (A1, B1), and the second edge meeting the rear edge at a second obtuse angle (A2, B2); and a plurality of light emitting diodes disposed on the first edge , the second edge , and the rear edge , characterized in that the plurality of light emitting diodes are arranged to produce an asymmetric light distribution pattern in a vertical plane, the light distribution pattern including a rear light emission and a forward light emission having a greater peak intensity than the rear light emission.
A computer program product including instructions recorded on a non-transitory computer readable storage medium, which, when executed by at least one process, are configured to cause at least one processor to: transform a first secret including confidential data into a first public representation of the first secret; execute an instruction on the first secret to obtain a second secret ; transform the second secret into a second public representation of the second secret; generate a first gestalt statement characterizing a first gestalt relation between a first plurality of pieces secrets, the first gestalt relation defining a manner in which the first plurality of pieces secrets combine to provide the first secret; generate a second gestalt statement characterizing a second gestalt relation between a second plurality of pieces secrets, the second gestalt relation defining a manner in which the second plurality of pieces secrets combine to provide the second secret; generate an instruction statement that conveys an instruction relation between the first public representation of the first secret and the second public representation of the second secret and that enables verification of the execution of the instruction on the first secret to obtain the second secret; and provide the instruction statement , the first gestalt statement, and the second gestalt statement within a shared manifest to enable verification of application of the instruction with respect to the first secret and the second secret. transform a first secret including confidential data into a first public representation of the first secret; execute an instruction on the first secret to obtain a second secret ; transform the second secret into a second public representation of the second secret; generate a first gestalt statement characterizing a first gestalt relation between a first plurality of pieces secrets, the first gestalt relation defining a manner in which the first plurality of pieces secrets combine to provide the first secret; generate a second gestalt statement characterizing a second gestalt relation between a second plurality of pieces secrets, the second gestalt relation defining a manner in which the second plurality of pieces secrets combine to provide the second secret; generate an instruction statement that conveys an instruction relation between the first public representation of the first secret and the second public representation of the second secret and that enables verification of the execution of the instruction on the first secret to obtain the second secret; and provide the instruction statement , the first gestalt statement, and the second gestalt statement within a shared manifest to enable verification of application of the instruction with respect to the first secret and the second secret.
A capnograph device comprising: a carbon dioxide measurement component configured to measure respiratory carbon dioxide level; and an electronic processor programmed to: generate a capnogram signal comprising carbon dioxide level sample values measured by the carbon dioxide measurement component as a function of time; determine an end-tidal carbon dioxide, etCO 2 , value from the capnogram signal; and compute an end-tidal carbon dioxide parameter quality index, etCO 2 PQI, value based on a waveform of the capnogram signal, characterized in that the electronic processor is configured to compute the etCO 2 PQI by using at least one of: a metric of the CO 2 fall time from an upper carbon dioxide level threshold (T upper ) to a lower carbon dioxide level threshold (T lower ) and operations including generating a capnogram histogram by binning counts of carbon dioxide level sample values of the capnogram signal into carbon dioxide level bins. a carbon dioxide measurement component configured to measure respiratory carbon dioxide level; and an electronic processor programmed to: generate a capnogram signal comprising carbon dioxide level sample values measured by the carbon dioxide measurement component as a function of time; determine an end-tidal carbon dioxide, etCO 2 , value from the capnogram signal; and compute an end-tidal carbon dioxide parameter quality index, etCO 2 PQI, value based on a waveform of the capnogram signal, characterized in that the electronic processor is configured to compute the etCO 2 PQI by using at least one of: a metric of the CO 2 fall time from an upper carbon dioxide level threshold (T upper ) to a lower carbon dioxide level threshold (T lower ) and operations including generating a capnogram histogram by binning counts of carbon dioxide level sample values of the capnogram signal into carbon dioxide level bins. generate a capnogram signal comprising carbon dioxide level sample values measured by the carbon dioxide measurement component as a function of time; determine an end-tidal carbon dioxide, etCO 2 , value from the capnogram signal; and compute an end-tidal carbon dioxide parameter quality index, etCO 2 PQI, value based on a waveform of the capnogram signal, characterized in that the electronic processor is configured to compute the etCO 2 PQI by using at least one of: a metric of the CO 2 fall time from an upper carbon dioxide level threshold (T upper ) to a lower carbon dioxide level threshold (T lower ) and operations including generating a capnogram histogram by binning counts of carbon dioxide level sample values of the capnogram signal into carbon dioxide level bins. a metric of the CO 2 fall time from an upper carbon dioxide level threshold (T upper ) to a lower carbon dioxide level threshold (T lower ) and operations including generating a capnogram histogram by binning counts of carbon dioxide level sample values of the capnogram signal into carbon dioxide level bins.
A valve for use in a vapour compression system , the valve comprising: - a first inlet arranged to be connected to a gaseous outlet of a receiver , - a second inlet arranged to be connected to an outlet of an evaporator , - a first outlet arranged to be connected to an inlet of a compressor unit , - a non-return valve arrangement arranged to allow a fluid flow from the second inlet towards the first outlet , but to prevent a fluid flow from the first outlet towards the second inlet , and - a control valve mechanism arranged to control a fluid flow from the first inlet towards the first outlet , characterized in that the control valve mechanism comprises a movable valve element being arranged movably with respect to an opening interconnecting the first inlet and the first outlet , the position of the movable valve element relative to the opening determining an opening degree of the opening , and thereby a fluid flow from the first inlet towards the first outlet , and in that the valve element is configured to move in a passive manner in response to a pressure difference between a pressure prevailing at the first inlet and a pressure prevailing at the second inlet . - a first inlet arranged to be connected to a gaseous outlet of a receiver , - a second inlet arranged to be connected to an outlet of an evaporator , - a first outlet arranged to be connected to an inlet of a compressor unit , - a non-return valve arrangement arranged to allow a fluid flow from the second inlet towards the first outlet , but to prevent a fluid flow from the first outlet towards the second inlet , and - a control valve mechanism arranged to control a fluid flow from the first inlet towards the first outlet , characterized in that the control valve mechanism comprises a movable valve element being arranged movably with respect to an opening interconnecting the first inlet and the first outlet , the position of the movable valve element relative to the opening determining an opening degree of the opening , and thereby a fluid flow from the first inlet towards the first outlet , and in that the valve element is configured to move in a passive manner in response to a pressure difference between a pressure prevailing at the first inlet and a pressure prevailing at the second inlet .
A cross-connect system comprising: one or more cross-connect devices optically interconnected to 1) a plurality of switches with each switch connected to one or more subtending servers , and 2) a plurality of switch circuits having Photonic Integrated Circuits, PICs, integrated therewith in a same Application Specific Integrated Circuit, ASIC, each of the one or more cross-connect devices is configured to provide fan-out of the plurality of switches between the plurality of switch circuits to increase a number of the subtending servers , wherein the one or more cross-connect devices are one of an optical cross-connect and an electrical cross-connect , and wherein one or more of the plurality of switches each include an optical module , and wherein the optical module and a connected PIC include a same wavelength, format, and bit rate, and when the one or more cross-connect devices is an electrical cross-connect , the electrical cross-connect include arbitrary rate plugs connected to optical interfaces in the plurality of switches , and one or more PICs in the electrical cross-connect connected to the PICs of the plurality of switch circuits . one or more cross-connect devices optically interconnected to 1) a plurality of switches with each switch connected to one or more subtending servers , and 2) a plurality of switch circuits having Photonic Integrated Circuits, PICs, integrated therewith in a same Application Specific Integrated Circuit, ASIC, each of the one or more cross-connect devices is configured to provide fan-out of the plurality of switches between the plurality of switch circuits to increase a number of the subtending servers , wherein the one or more cross-connect devices are one of an optical cross-connect and an electrical cross-connect , and wherein one or more of the plurality of switches each include an optical module , and wherein the optical module and a connected PIC include a same wavelength, format, and bit rate, and when the one or more cross-connect devices is an electrical cross-connect , the electrical cross-connect include arbitrary rate plugs connected to optical interfaces in the plurality of switches , and one or more PICs in the electrical cross-connect connected to the PICs of the plurality of switch circuits .