mhurhangee/ep-ind-claims huggingface dataset:
A base station configured to transmit downlink control information to a terminal device in a radio communication system, wherein an error detection code that is masked by a radio network temporary identifier (RNTI) is attached to the downlink control information, the base station comprising: a generator configured to generate (S11a), upon detecting that a length of an initial error detection code that is to be masked by the radio network temporary identifier (RNTI) to generate the masked error detection code is less than a length of the radio network temporary identifier (RNTI), second information that corresponds to the length of the radio network temporary identifier; a masked error detection code generator configured to generate, upon detecting that the second information is generated, a masked error detection code in which the second information is masked by the radio network temporary identifier (RNTI); and a transmitter configured to transmit, to the terminal device, the repeated downlink control information, the masked error detection code being attached to the repeated downlink control information, wherein the generator is configured to generate the second information by either: repeating the initial error detection code until a length of the repeated initial error detection code becomes the length of the radio network temporary identifier (RNTI), or repeating the downlink control information until a length of the repeated downlink control information becomes the length of the radio network temporary identifier (RNTI). a generator configured to generate (S11a), upon detecting that a length of an initial error detection code that is to be masked by the radio network temporary identifier (RNTI) to generate the masked error detection code is less than a length of the radio network temporary identifier (RNTI), second information that corresponds to the length of the radio network temporary identifier; a masked error detection code generator configured to generate, upon detecting that the second information is generated, a masked error detection code in which the second information is masked by the radio network temporary identifier (RNTI); and a transmitter configured to transmit, to the terminal device, the repeated downlink control information, the masked error detection code being attached to the repeated downlink control information, wherein the generator is configured to generate the second information by either: repeating the initial error detection code until a length of the repeated initial error detection code becomes the length of the radio network temporary identifier (RNTI), or repeating the downlink control information until a length of the repeated downlink control information becomes the length of the radio network temporary identifier (RNTI). repeating the initial error detection code until a length of the repeated initial error detection code becomes the length of the radio network temporary identifier (RNTI), or repeating the downlink control information until a length of the repeated downlink control information becomes the length of the radio network temporary identifier (RNTI).
A photodynamic therapy lamp, comprising two lamp modules only, each lamp module comprising a two-dimensional array of LEDs and each of the lamp modules being configured to be movable only within a range defined between a first position in which the two lamp modules are oriented substantially parallel with each other in substantially the same plane, and a second position in which the angle between the lamp modules is from 50 degrees to 70 degrees.
A drawer guide comprising: a fixed body; an operation body that is withdrawable from the fixed body; a base provided in the fixed body; a base slit comprising a linear portion provided along the same direction with the moving direction of the operation body; and a curved portion upwardly or downwardly extended from a front end of the linear portion located in a withdrawing direction of the operation body, the base slit provided in the base; a first slide movably coupled to the base to be movable along the base; a second slide movable along the base and movable rearward by the first slide; a slide slit provided to penetrate the second slide; a first transfer unit having one end movably coupled to the base slit and the other end inserted in the slide slit to penetrate the second slide; a second transfer unit provided in the operation body and detachably coupled to the first transfer unit, the second transfer unit configured to move the first transfer unit to the curved portion from the linear portion when the operation body is moved towards the withdrawing direction from the fixed body and the first transfer unit to the linear portion from the curved portion when the operation body is moved towards the inserting direction in the fixed body; a spring provided to connect the base and the first slide with each other and move the first slide towards rearward when the first transfer unit is moved to the linear portion from the curved portion; and an attractive power supply unit configured to supply a power to the second slide to move the second slide rearward. a fixed body; an operation body that is withdrawable from the fixed body; a base provided in the fixed body; a base slit comprising a linear portion provided along the same direction with the moving direction of the operation body; and a curved portion upwardly or downwardly extended from a front end of the linear portion located in a withdrawing direction of the operation body, the base slit provided in the base; a first slide movably coupled to the base to be movable along the base; a second slide movable along the base and movable rearward by the first slide; a slide slit provided to penetrate the second slide; a first transfer unit having one end movably coupled to the base slit and the other end inserted in the slide slit to penetrate the second slide; a second transfer unit provided in the operation body and detachably coupled to the first transfer unit, the second transfer unit configured to move the first transfer unit to the curved portion from the linear portion when the operation body is moved towards the withdrawing direction from the fixed body and the first transfer unit to the linear portion from the curved portion when the operation body is moved towards the inserting direction in the fixed body; a spring provided to connect the base and the first slide with each other and move the first slide towards rearward when the first transfer unit is moved to the linear portion from the curved portion; and an attractive power supply unit configured to supply a power to the second slide to move the second slide rearward.
A headgear assembly for attachment to a frame of a respiratory mask assembly for delivering breathable gas to a patient for treatment of Sleep Disordered Breathing with Non-invasive Positive Pressure Ventilation, comprising: a pair of side portions, and a rear portion that interconnects the pair of side portions, the pair of side portions including at least one lower strap extending below the patient's ear, wherein the rear portion has at least one strap constructed of two layers of material, one of the layers of material having a more rigid construction than the other of the layers of material to resist compression of the at least one strap of the rear portion in a first direction which resists movement of the at least one lower strap (22, 24) of the pair of side straps in the first direction which is towards the patient's ear, wherein the straps are constructed from a soft flexible material and further wherein the rear portion is not completely rigid. a pair of side portions, and a rear portion that interconnects the pair of side portions, the pair of side portions including at least one lower strap extending below the patient's ear, wherein the rear portion has at least one strap constructed of two layers of material, one of the layers of material having a more rigid construction than the other of the layers of material to resist compression of the at least one strap of the rear portion in a first direction which resists movement of the at least one lower strap (22, 24) of the pair of side straps in the first direction which is towards the patient's ear, wherein the straps are constructed from a soft flexible material and further wherein the rear portion is not completely rigid.
A door access system comprising: a readable door identifier associated with a first of a plurality of doors, wherein the readable door identifier comprises specific shapes that give characteristic echoes to a sound stimulus from a portable wireless device; the portable wireless device carrying a reader for reading the readable door identifier; an access control unit adapted to be in at least intermittent communication with the portable wireless device; and an interface unit adapted to be in at least intermittent communication with the access control unit and with locking mechanisms associated with the plurality of doors, including a first of the locking mechanisms associated with the first of the plurality of doors, for controlling access to the plurality of doors, wherein the access control unit is configured to receive a representation of the readable door identifier from the portable wireless device and to respond to the readable door identifier by making an access determination and transmit a command to the interface unit if access is authorized and wherein the interface unit receives the command from the access control unit and responds to the command by providing access via the first of the locking mechanisms associated with the first of the plurality of doors. a readable door identifier associated with a first of a plurality of doors, wherein the readable door identifier comprises specific shapes that give characteristic echoes to a sound stimulus from a portable wireless device; the portable wireless device carrying a reader for reading the readable door identifier; an access control unit adapted to be in at least intermittent communication with the portable wireless device; and an interface unit adapted to be in at least intermittent communication with the access control unit and with locking mechanisms associated with the plurality of doors, including a first of the locking mechanisms associated with the first of the plurality of doors, for controlling access to the plurality of doors, wherein the access control unit is configured to receive a representation of the readable door identifier from the portable wireless device and to respond to the readable door identifier by making an access determination and transmit a command to the interface unit if access is authorized and wherein the interface unit receives the command from the access control unit and responds to the command by providing access via the first of the locking mechanisms associated with the first of the plurality of doors.
Dispensing device of artificial eyelashes, comprising a casing provided with a dispensing opening, a support band on which is fixed a plurality of artificial eyelashes, and a displacement mechanism able to be actuated to cause a displacement of the band in order to route the artificial eyelashes towards the dispensing opening and enable the artificial eyelashes to exit through the dispensing opening, the mechanism for displacing the support band comprising a reel rotatably mounted with respect to the casing, the winding of the support band around the reel causing the displacement of the support band, the mechanism for displacing the support band comprising an actuation means for rotating the reel, enabling the winding of the support band around the reel, and characterised in that the casing comprises an opening and the actuation means comprising an wheel operable through the opening.
A measuring device comprising: a measurement data acquisition unit configured to project a pattern light beam onto a measurement object and acquire, as measurement data, a projection image of the measurement object onto which the pattern light beam is projected; and a predicting unit configured to predict, using fabrication data for fabricating the measurement object, a probable image formed by projection of the pattern light beam onto the measurement object to form prediction data; characterized by a calculation unit configured to correct the measurement data with the prediction data to form corrected measurement data, and calculate three-dimensional data to the measurement object, using the corrected measurement data. a measurement data acquisition unit configured to project a pattern light beam onto a measurement object and acquire, as measurement data, a projection image of the measurement object onto which the pattern light beam is projected; and a predicting unit configured to predict, using fabrication data for fabricating the measurement object, a probable image formed by projection of the pattern light beam onto the measurement object to form prediction data; characterized by a calculation unit configured to correct the measurement data with the prediction data to form corrected measurement data, and calculate three-dimensional data to the measurement object, using the corrected measurement data.
A personal care composition comprising: (i) gingerdiol having the chemical structure; 1-(4-hydroxy-3-methoxyphenyl) decane-3,5-diol; (ii) niacinamide; and (iii) a cosmetically acceptable base. (i) gingerdiol having the chemical structure; 1-(4-hydroxy-3-methoxyphenyl) decane-3,5-diol; (ii) niacinamide; and (iii) a cosmetically acceptable base.
A naphthenic acid corrosion inhibitor consisting of polymeric phosphate ester of polyisobutylene succinate ester to inhibit naphthenic acid corrosion in crude oil/feedstock/hydrocarbon streams containing naphthenic acid, and wherein said inhibitor demonstrates thermal stability of 50% weight loss as determined by thermogravimetric analysis in a temperature range varying from 350°C to 400°C as measured by the method described in the description.
An image sensor for fluorescent lifetime imaging, the image sensor comprising: an array of pixel regions, each pixel region having an aperture for receiving light from a modulated light source in an integration phase of the pixel region, each pixel region comprising: a photo gate region being embedded on opposite sides by two storage regions (120,120'), and two toggle gates, each toggle gate (110,110') being arranged between the photo gate region and each respective one of the storage regions (120,120'); the photo gate region comprising three photo gates (100-1,100-2,100-3) arranged parallel to each other and parallel to each respective toggle gate (110,110'); wherein each respective toggle gate (110,110') carrying a respective toggle gate signal is configured to be modulated with a toggle voltage swing in synchronicity with the modulated light source and in anti-phase with respect to the other toggle gate; wherein each of the outer ones of the three photo gates (100-1,100-3) is configured to carry a photo gate signal modulated with a photo voltage swing in synchronicity with its nearest toggle gate (110,110'), the photo voltage swing being lower than the toggle voltage swing; wherein the middle photo gate arranged between the outer photo gates is configured to be connected to a pre-defined DC-voltage during the integration phase, the pre-defined DC-voltage being chosen such that a respective channel potential underneath the middle photo gate lies in between channel potentials corresponding to the outer photo gates. a photo gate region being embedded on opposite sides by two storage regions (120,120'), and two toggle gates, each toggle gate (110,110') being arranged between the photo gate region and each respective one of the storage regions (120,120'); the photo gate region comprising three photo gates (100-1,100-2,100-3) arranged parallel to each other and parallel to each respective toggle gate (110,110'); wherein each respective toggle gate (110,110') carrying a respective toggle gate signal is configured to be modulated with a toggle voltage swing in synchronicity with the modulated light source and in anti-phase with respect to the other toggle gate; wherein each of the outer ones of the three photo gates (100-1,100-3) is configured to carry a photo gate signal modulated with a photo voltage swing in synchronicity with its nearest toggle gate (110,110'), the photo voltage swing being lower than the toggle voltage swing; wherein the middle photo gate arranged between the outer photo gates is configured to be connected to a pre-defined DC-voltage during the integration phase, the pre-defined DC-voltage being chosen such that a respective channel potential underneath the middle photo gate lies in between channel potentials corresponding to the outer photo gates.
A photodiode device, comprising: a first type lightly doped semiconductor base (201, 301, 401, 601, 701, 901, 1001) comprising a first surface (201-1S, 301-1S, 401-1S, 601-1S, 701-1S, 901-1S, 1001-1S) and a second surface (201-2S, 301-2S, 401-2S, 601-2S, 701-2S, 901-2S, 1001-2S) opposite to each other; a first electrode region (203, 303, 403, 603, 703, 903, 1003) being first type heavily doped and disposed on the first surface of the semiconductor base; a second electrode region (205, 305, 405, 605, 705, 905, 1005) being second type heavily doped and disposed on the second surface of the semiconductor base, wherein the first surface is a light incident surface, wherein the photodiode device further comprises a protruding structure (209, 309-1, 409-1,509,509-2,609,709,901-1,1001-1) connected to the second electrode region and protruding from the second electrode region toward the first surface, wherein the protruding structure is second type heavily doped, and characterized in that the protruding structure is formed to at least partially surround a periphery of the second electrode region. a first type lightly doped semiconductor base (201, 301, 401, 601, 701, 901, 1001) comprising a first surface (201-1S, 301-1S, 401-1S, 601-1S, 701-1S, 901-1S, 1001-1S) and a second surface (201-2S, 301-2S, 401-2S, 601-2S, 701-2S, 901-2S, 1001-2S) opposite to each other; a first electrode region (203, 303, 403, 603, 703, 903, 1003) being first type heavily doped and disposed on the first surface of the semiconductor base; a second electrode region (205, 305, 405, 605, 705, 905, 1005) being second type heavily doped and disposed on the second surface of the semiconductor base, wherein the first surface is a light incident surface, wherein the photodiode device further comprises a protruding structure (209, 309-1, 409-1,509,509-2,609,709,901-1,1001-1) connected to the second electrode region and protruding from the second electrode region toward the first surface, wherein the protruding structure is second type heavily doped, and characterized in that the protruding structure is formed to at least partially surround a periphery of the second electrode region.
An electromagnetic clutch assembly for an aircraft, comprising: a rotatable portion comprising a field winding and a clutch body; and a stationary portion comprising an exciter winding that is inductively coupled to the rotatable portion and is operable to energize the field winding; wherein the field winding is operable, when energized, to provide a magnetic field that causes engagement or disengagement between the clutch body and an armature body; characterized in that the rotatable portion is rotatable about a longitudinal axis, and the armature body is movable along the longitudinal axis to engage or disengage from the clutch body, and further comprising: at least one proximity sensor configured to measure axial displacement of the armature body along the longitudinal axis; and a controller operable to verify whether the clutch body and armature body are engaged or disengaged based on feedback from the at least one proximity sensor. a rotatable portion comprising a field winding and a clutch body; and a stationary portion comprising an exciter winding that is inductively coupled to the rotatable portion and is operable to energize the field winding; wherein the field winding is operable, when energized, to provide a magnetic field that causes engagement or disengagement between the clutch body and an armature body; characterized in that the rotatable portion is rotatable about a longitudinal axis, and the armature body is movable along the longitudinal axis to engage or disengage from the clutch body, and further comprising: at least one proximity sensor configured to measure axial displacement of the armature body along the longitudinal axis; and a controller operable to verify whether the clutch body and armature body are engaged or disengaged based on feedback from the at least one proximity sensor. at least one proximity sensor configured to measure axial displacement of the armature body along the longitudinal axis; and a controller operable to verify whether the clutch body and armature body are engaged or disengaged based on feedback from the at least one proximity sensor.
A skin inspection device for identifying abnormalities; the device comprising: a transparent panel having an inspection area; a housing on which the transparent panel is mounted; an array of temperature sensors provided on the transparent panel to record the temperature of an area of skin of a target; one or more image capture devices for capturing an image of the area of skin of a target located in the inspection area; the captured image and recorded temperature being analysed to identify abnormalities in the area of skin of the target, wherein the temperature sensors are spaced such that optical pathways exist between the temperature sensors, allowing image capture, by the one or more image capture devices, of a portion of a target in contact with the temperature sensors; and a processor operably coupled to the one or more image capture devices and the array of temperature sensors for controlling operations thereof; wherein the processor is configured to generate indicia indicative of the emergence of ulcers and/or other skin abnormalities. a transparent panel having an inspection area; a housing on which the transparent panel is mounted; an array of temperature sensors provided on the transparent panel to record the temperature of an area of skin of a target; one or more image capture devices for capturing an image of the area of skin of a target located in the inspection area; the captured image and recorded temperature being analysed to identify abnormalities in the area of skin of the target, wherein the temperature sensors are spaced such that optical pathways exist between the temperature sensors, allowing image capture, by the one or more image capture devices, of a portion of a target in contact with the temperature sensors; and a processor operably coupled to the one or more image capture devices and the array of temperature sensors for controlling operations thereof; wherein the processor is configured to generate indicia indicative of the emergence of ulcers and/or other skin abnormalities.