mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for roasting coffee beans comprising : - a housing , - a roasting chamber presenting a bottom opening , - an air driver configured to drive air inside the roasting chamber through the bottom opening of said roasting chamber, - an electrical heater positioned below the bottom opening of the roasting chamber, said electrical heater being configured to heat air driven inside the roasting chamber, - the air driver and the electrical heater being positioned inside the housing and the housing comprising a hot air outlet hole designed to enable the passage of hot air from the housing inside the bottom opening of the roasting chamber, and the electrical heater being positioned just below the hot air outlet hole , - the roasting chamber being removably mounted to the housing , the bottom opening of the roasting chamber cooperating with the hot air outlet hole of the housing when the roasting chamber is mounted to the housing, wherein the apparatus comprises a movable closure device configured : - to cover the hot air outlet hole while the roasting chamber is being removed from the housing, and - to uncover the hot air outlet hole while the roasting chamber is being mounted to the housing. - a housing , - a roasting chamber presenting a bottom opening , - an air driver configured to drive air inside the roasting chamber through the bottom opening of said roasting chamber, - an electrical heater positioned below the bottom opening of the roasting chamber, said electrical heater being configured to heat air driven inside the roasting chamber, - the air driver and the electrical heater being positioned inside the housing and the housing comprising a hot air outlet hole designed to enable the passage of hot air from the housing inside the bottom opening of the roasting chamber, and the electrical heater being positioned just below the hot air outlet hole , - the roasting chamber being removably mounted to the housing , the bottom opening of the roasting chamber cooperating with the hot air outlet hole of the housing when the roasting chamber is mounted to the housing, - to cover the hot air outlet hole while the roasting chamber is being removed from the housing, and - to uncover the hot air outlet hole while the roasting chamber is being mounted to the housing.
A method for wireless communication, comprising: receiving, by a user equipment, a radio resource control, RRC, the RRC configuring a time domain resource allocation, TDRA, type corresponding to a TDRA table of a channel, wherein: the TDRA type comprises a type IV RRC; and the TDRA table configured by the type IV RRC comprises a plurality of entries, wherein: each entry of the plurality of entries comprises a K2, at least one pair of start and length values, at least one mapping type, and a repetition number, wherein: for any entry comprising a repetition number larger than one, the entry comprises one pair of start and length values and one mapping type; and for any entry comprising a repetition number equal to one, the entry comprises at least one pair of start and length values, at least one mapping type, wherein a pair number of the at least one pair of start and length values is equal to a number of the at least one mapping type, and wherein the K2 is a slot or subslot number configured for a physical uplink shared channel, PUSCH, after a corresponding uplink, UL, grant, indicating a scheduling timing between the UL grant and the PUSCH. the TDRA type comprises a type IV RRC; and the TDRA table configured by the type IV RRC comprises a plurality of entries, wherein: each entry of the plurality of entries comprises a K2, at least one pair of start and length values, at least one mapping type, and a repetition number, wherein: for any entry comprising a repetition number larger than one, the entry comprises one pair of start and length values and one mapping type; and for any entry comprising a repetition number equal to one, the entry comprises at least one pair of start and length values, at least one mapping type, wherein a pair number of the at least one pair of start and length values is equal to a number of the at least one mapping type, and wherein the K2 is a slot or subslot number configured for a physical uplink shared channel, PUSCH, after a corresponding uplink, UL, grant, indicating a scheduling timing between the UL grant and the PUSCH. for any entry comprising a repetition number larger than one, the entry comprises one pair of start and length values and one mapping type; and for any entry comprising a repetition number equal to one, the entry comprises at least one pair of start and length values, at least one mapping type, wherein a pair number of the at least one pair of start and length values is equal to a number of the at least one mapping type, and wherein the K2 is a slot or subslot number configured for a physical uplink shared channel, PUSCH, after a corresponding uplink, UL, grant, indicating a scheduling timing between the UL grant and the PUSCH.
A method for preparing a polyolefin containing one or more exo-olefinic end groups on the polyolefin chain, comprising quenching a quasiliving carbocationic polyolefin with one or more alkoxysilane compounds, wherein the alkoxysilane compound has the formula: wherein Y is silicon; R 1 is hydrocarbyl, and R 2 -R 4 are each, independently, hydrogen or hydrocarbyl; and wherein the polyolefin is polyisobutylene. wherein Y is silicon; R 1 is hydrocarbyl, and R 2 -R 4 are each, independently, hydrogen or hydrocarbyl; and wherein the polyolefin is polyisobutylene.
Load-bearing structure , in particular for onshore and/or offshore wind turbines, having a first end , which is the lower end in the in-use state and faces towards an underlying structure which receives the load-bearing structure, and a second, upper end , which is arranged situated opposite the first end, and multiple supporting struts , which extend substantially from the lower end to the upper end of the load-bearing structure and, in the in-use state, are inclined at an angle to a vertical, wherein the supporting struts have multiple arcuate curved strut portions and two supporting struts arranged adjacent to one another are connected to one another in the region of their curved strut portions by means of at least one plate-like connecting element , characterized in that the multiple supporting struts extend continuously from the lower end to the upper end of the load-bearing structure .
A scroll compressor including a casing , a first scroll housed in the casing , and a second scroll defining a compression chamber (S) together with the first scroll , the scroll compressor comprising: an oil discharger formed in a facing surface of the first scroll facing the second scroll and at a position not overlapping with a guide groove for an Oldham coupling on a scroll side as viewed from an axial direction; the scroll compressor characterised by an oil collection path which is provided apart from the facing surface and through which the oil discharger communicates with a suction port of the compression chamber (S). an oil discharger formed in a facing surface of the first scroll facing the second scroll and at a position not overlapping with a guide groove for an Oldham coupling on a scroll side as viewed from an axial direction; the scroll compressor characterised by an oil collection path which is provided apart from the facing surface and through which the oil discharger communicates with a suction port of the compression chamber (S).
A modular anti-soil-compaction apparatus, comprising; a matrix of substantially flat, modular panels , each panel comprising; two opposing faces surrounded by edges, at least one aperture passing through said faces, and modular panel connection means located on at least one pair of edges; each panel being engageable with at least one adjacent panel by respective connection means, characterised in that each panel comprises two pillars substantially parallel to each other and on opposite edges of the panel , each of the pillars comprising as modular panel connection means at least one recess and one protrusion running along the length of the pillar allowing interconnection of the panels .
Mortar pouch for gluing or jointing tiles, wherein said mortar pouch comprises a water-soluble fabric and a dry tile mortar , wherein the water-soluble fabric encapsulates the said dry tile mortar and wherein the said dry tile mortar is not embedded in a non water-soluble fabric.
A deodorant obtainable by a method wherein a copper salt aqueous solution and a silicate salt aqueous solution are simultaneously instilled from the time of instillation start, the copper salt aqueous solution and the silicate salt aqueous solution are mixed in a solution state and reacted under a condition where a pH does not depart from a range of from 6.0 to 9.0, the copper salt aqueous solution and the silicate salt aqueous solution are reacted with each other at a reaction temperature of from 5 to 50°C; and the resultant product is washed with water so that an electrical conductivity of a filtrate after water washing is from 5 to 200 μS/cm, wherein the deodorant comprises amorphous copper silicate represented by the following formula , wherein the amorphous copper silicate has a bulk specific gravity of from 0.10 to 0.40 g/ml as measured by the method described in the description xNa 2 O·yCuO·SiO 2 ·zH 2 O and wherein, in formula , x is a positive number from 0.002 to 0.040, y is a positive number from 0.07 to 0.48, and z is a positive number from 0.02 to 0.30.
Use of an endophyte or culture thereof, which endophyte is a Streptomyces sp. strain or culture thereof which is deposited under IDAC 081111-06 or which comprises the 16S rDNA sequence as shown in SEQ ID NO:6, for improving root hair biomass in a cereal crop which is wheat or barley, wherein the use comprises treating the seed of the cereal with the endophyte or culture thereof, and cultivating the cereal seed into a first generation plant.
A peptide consisting of an amino acid sequence of SEQ ID NO: 3, SEQ ID NO: 1, or SEQ ID NO: 5.
A three-dimensional, 3D, printing method, comprising: (A) forming a layer comprising (i) particles comprising a polymer and (ii) cavities between the particles, wherein the particles have an average diameter of between about 5 μm and about 250 μm; (B) disposing a liquid suspension: over at least a portion of the layer such that the liquid suspension infiltrates into the cavities, wherein the liquid suspension comprises a radiation-absorbing coalescent agent and nanoparticles having an average diameter of less than or equal to about 300 nm, wherein the nanoparticles comprise a material selected from (i) the same polymer as the particles which have an average diameter between about 5 μm and about 250 μm, (ii) an inorganic material comprising a ceramic and (iii) a metal; (C) forming an object slice of a 3D object by exposing the infiltrated layer to a radiant energy, wherein the object slice comprises a polymeric matrix comprising the polymeric particles, at least some of which are fused to one another, and the nanoparticles within the polymeric matrix; and (D) repeating (A) to (C) to form the 3D object comprising multiple object slices bound depth-wise to one another; wherein the method optionally comprises removing from the object slice particles that are not fused by at least one of brushing, water-jet cleaning, sonic cleaning, and blasting. (A) forming a layer comprising (i) particles comprising a polymer and (ii) cavities between the particles, wherein the particles have an average diameter of between about 5 μm and about 250 μm; (B) disposing a liquid suspension: over at least a portion of the layer such that the liquid suspension infiltrates into the cavities, wherein the liquid suspension comprises a radiation-absorbing coalescent agent and nanoparticles having an average diameter of less than or equal to about 300 nm, wherein the nanoparticles comprise a material selected from (i) the same polymer as the particles which have an average diameter between about 5 μm and about 250 μm, (ii) an inorganic material comprising a ceramic and (iii) a metal; (C) forming an object slice of a 3D object by exposing the infiltrated layer to a radiant energy, wherein the object slice comprises a polymeric matrix comprising the polymeric particles, at least some of which are fused to one another, and the nanoparticles within the polymeric matrix; and (D) repeating (A) to (C) to form the 3D object comprising multiple object slices bound depth-wise to one another;
A test arrangement for testing a device under test , the test arrangement comprising: a reference memory adapted to store reference logging data provided from an acquisition device acquired under predetermined conditions; a network and radio channel simulator adapted to emit test signals to the device under test and measure signals emitted by the device under test for testing a device under test ; and a controller adapted to receive test logging data from the device under test , and to control the network and radio channel simulator based on a comparison of the received test logging data from the device under test and the reference logging data stored in the reference memory , wherein the controller is further adapted to minimize a difference between a predetermined parameter in the reference logging data and the test logging data. a reference memory adapted to store reference logging data provided from an acquisition device acquired under predetermined conditions; a network and radio channel simulator adapted to emit test signals to the device under test and measure signals emitted by the device under test for testing a device under test ; and a controller adapted to receive test logging data from the device under test , and to control the network and radio channel simulator based on a comparison of the received test logging data from the device under test and the reference logging data stored in the reference memory , wherein the controller is further adapted to minimize a difference between a predetermined parameter in the reference logging data and the test logging data.
A device (1; 2) for stimulating neurons , comprising - a non-invasive stimulation unit for generating stimuli in a plurality of stimulation channels (12-15), the stimulation unit being designed such that the stimuli stimulate a neuron population in the brain and/or spinal cord of a patient via the stimulation channels at respectively different points, and - a control unit , which operates the stimulation unit during a first time interval and a second time interval following the first time interval in different stimulation modes, wherein - the control unit controls the stimulation unit during at least 75% of the duration of the first time interval in a first stimulation mode such that the stimulation unit repetitively generates sequences of stimuli and the order of the stimulation channels (12-15), in which the stimuli are generated within a sequence, is constant for not more than 5 successively generated sequences and is then varied, - the control unit controls the stimulation unit during at least 75% of the duration of the second time interval in a second stimulation mode such that the stimulation unit repetitively generates sequences of stimuli and the order of the stimulation channels (12-15), in which the stimuli are generated within a sequence, is constant for at least 25 successively generated sequences and is then varied, and - wherein the intensity of the stimuli in the first stimulation mode is lower than or equal to a predetermined stimulus intensity and the intensity of the stimuli in the second stimulation mode is at least 1.3 times the predetermined stimulus intensity. - a non-invasive stimulation unit for generating stimuli in a plurality of stimulation channels (12-15), the stimulation unit being designed such that the stimuli stimulate a neuron population in the brain and/or spinal cord of a patient via the stimulation channels at respectively different points, and - a control unit , which operates the stimulation unit during a first time interval and a second time interval following the first time interval in different stimulation modes, wherein - the control unit controls the stimulation unit during at least 75% of the duration of the first time interval in a first stimulation mode such that the stimulation unit repetitively generates sequences of stimuli and the order of the stimulation channels (12-15), in which the stimuli are generated within a sequence, is constant for not more than 5 successively generated sequences and is then varied, - the control unit controls the stimulation unit during at least 75% of the duration of the second time interval in a second stimulation mode such that the stimulation unit repetitively generates sequences of stimuli and the order of the stimulation channels (12-15), in which the stimuli are generated within a sequence, is constant for at least 25 successively generated sequences and is then varied, and - wherein the intensity of the stimuli in the first stimulation mode is lower than or equal to a predetermined stimulus intensity and the intensity of the stimuli in the second stimulation mode is at least 1.3 times the predetermined stimulus intensity.
An electrosurgical system comprising: an electrosurgical generator (110, 120; 112; 430) to output therapeutic radio frequency ("RF") energy; and a controller to control operation of the electrosurgical generator; characterized in that : the controller is configured to, cause said electrosurgical generator to refrain from outputting RF energy; measure an RF interference from another electrosurgical system for each frequency in a group of candidate frequencies when the electrosurgical generator refrains from outputting RF energy ; select a frequency from the group of candidate frequencies for which the measured RF interference is below a predetermined threshold ; and control operation of the electrosurgical system, the control comprising using a feedback signal having the selected frequency . an electrosurgical generator (110, 120; 112; 430) to output therapeutic radio frequency ("RF") energy; and a controller to control operation of the electrosurgical generator; characterized in that : the controller is configured to, cause said electrosurgical generator to refrain from outputting RF energy; measure an RF interference from another electrosurgical system for each frequency in a group of candidate frequencies when the electrosurgical generator refrains from outputting RF energy ; select a frequency from the group of candidate frequencies for which the measured RF interference is below a predetermined threshold ; and control operation of the electrosurgical system, the control comprising using a feedback signal having the selected frequency .
An eye tracking system comprising a controller configured to: receive a blink-signal that represents whether or not a blink has been detected in a current-image ; receive a quality-indicator that represents the quality of data in the current-image ; and set a validated-blink-signal to a validated-blink-value if: the blink-signal indicates that a blink has been detected; and the quality-indicator is less than a validated-blink-threshold; characterized by the controller being further configured to: set a quality-indicator-baseline based on the quality-indicator for one or more previous images for which the blink-signal indicates that a blink has not been detected; and set the validated-blink-threshold based on the quality-indicator-baseline. receive a blink-signal that represents whether or not a blink has been detected in a current-image ; receive a quality-indicator that represents the quality of data in the current-image ; and set a validated-blink-signal to a validated-blink-value if: the blink-signal indicates that a blink has been detected; and the quality-indicator is less than a validated-blink-threshold; the blink-signal indicates that a blink has been detected; and the quality-indicator is less than a validated-blink-threshold; set a quality-indicator-baseline based on the quality-indicator for one or more previous images for which the blink-signal indicates that a blink has not been detected; and set the validated-blink-threshold based on the quality-indicator-baseline.
A drug-solution administration device comprising: a syringe that includes a cylindrical body portion configured to be filled with a drug solution therein, a discharge portion formed at a distal end portion of the body portion , and an opening formed at a proximal end portion of the body portion ; a gasket slidable inside a cylindrical hole of the body portion ; a plunger member including a plunger body to which the gasket is attached; a syringe holder for holding the syringe ; and a temporary holding portion provided in the syringe holder , characterized in that the temporary holding portion includes a locking portion configured to be locked by a locking hole of the syringe holder ; a holding-portion-side engaging portion releasably engaged with a plunger-side engaging portion of the plunger body such that the plunger member is releasably held by the temporary holding portion by engagement between the plunger-side engaging portion and the holding-portion-side engaging portion in a state in which the opening of the body portion and a distal end surface of the gasket are opposed to each other with a gap therebetween. a syringe that includes a cylindrical body portion configured to be filled with a drug solution therein, a discharge portion formed at a distal end portion of the body portion , and an opening formed at a proximal end portion of the body portion ; a gasket slidable inside a cylindrical hole of the body portion ; a plunger member including a plunger body to which the gasket is attached; a syringe holder for holding the syringe ; and a temporary holding portion provided in the syringe holder , characterized in that the temporary holding portion includes a locking portion configured to be locked by a locking hole of the syringe holder ; a holding-portion-side engaging portion releasably engaged with a plunger-side engaging portion of the plunger body such that the plunger member is releasably held by the temporary holding portion by engagement between the plunger-side engaging portion and the holding-portion-side engaging portion in a state in which the opening of the body portion and a distal end surface of the gasket are opposed to each other with a gap therebetween.
Vehicle being convertible between an automotive riding condition for riding on a road and a flying condition for flying in air, comprising: a cabin with wheels and a motor for driving at least one of the wheels; a propeller mounted at the rear of the cabin for propulsion in air, and a rotor for providing lift in air; wherein the rotor is mounted at the free end of a mast having its lower end hinged to the roof of the cabin , wherein in the flying condition the mast is hinged to an upright condition and wherein in the riding condition the mast is hinged forward to a condition substantially parallel to the cabin roof; characterised in that the vehicle further comprises a tail hingedly connected to the mast at a position lower than the rotor . a cabin with wheels and a motor for driving at least one of the wheels; a propeller mounted at the rear of the cabin for propulsion in air, and a rotor for providing lift in air; wherein the rotor is mounted at the free end of a mast having its lower end hinged to the roof of the cabin , wherein in the flying condition the mast is hinged to an upright condition and wherein in the riding condition the mast is hinged forward to a condition substantially parallel to the cabin roof; characterised in that the vehicle further comprises a tail hingedly connected to the mast at a position lower than the rotor .