mhurhangee/patent-ind-claim-en huggingface dataset:
An edible composition of matter for consumption by a human through chewing and tasting, which edible composition comprises: 0.5 grams to 3 grams of cinnamon per 20 grams of total matter by weight being a quantity sufficient to impart an unpleasant taste with a bitterness or tartness whilst the composition is chewed and tasted by the human; a pre-cooked grain; and a binder and sweetener, the binder and sweetener in the form of a low-glycemic sugar, the low-glycemic sugar being less than about 25% of the edible composition, whereby the quantity of low-glycemic sugar is sufficient to bind the cinnamon and pre-cooked grain, and sufficient to sweeten the composition just enough to restore a pleasant taste to the composition during chewing, but not a quantity that would counteract the benefit of the cinnamon to the human. 0.5 grams to 3 grams of cinnamon per 20 grams of total matter by weight being a quantity sufficient to impart an unpleasant taste with a bitterness or tartness whilst the composition is chewed and tasted by the human; a pre-cooked grain; and a binder and sweetener, the binder and sweetener in the form of a low-glycemic sugar, the low-glycemic sugar being less than about 25% of the edible composition, whereby the quantity of low-glycemic sugar is sufficient to bind the cinnamon and pre-cooked grain, and sufficient to sweeten the composition just enough to restore a pleasant taste to the composition during chewing, but not a quantity that would counteract the benefit of the cinnamon to the human.
A method for wireless communications at a transmitting device, comprising: transmitting , via a vehicle-to-everything,V2X, sidelink communications, a first data packet in accordance with a first set of transmission parameters and a first quality of service, QoS; adjusting the first set of transmission parameters according to a preconfigured amount until a feedback message for the first data packet is received at the transmitting device, wherein the first set of transmission parameters and the preconfigured amount are based at least in part on one or more of the first QoS or a channel busy ratio for the first data packet; and transmitting , via the V2X sidelink communications, a second data packet in accordance with the adjusted first set of transmission parameters and the first QoS. transmitting , via a vehicle-to-everything,V2X, sidelink communications, a first data packet in accordance with a first set of transmission parameters and a first quality of service, QoS; adjusting the first set of transmission parameters according to a preconfigured amount until a feedback message for the first data packet is received at the transmitting device, wherein the first set of transmission parameters and the preconfigured amount are based at least in part on one or more of the first QoS or a channel busy ratio for the first data packet; and transmitting , via the V2X sidelink communications, a second data packet in accordance with the adjusted first set of transmission parameters and the first QoS.
Battery storage for a redox flow battery with at least one cavity, - wherein an electrolyte is stored in the cavity, - wherein the electrolyte is in fluid communication with at least one redox flow cell, and - wherein the cavity is a cavern, characterized in that - a utility gas is stored in the region of the cavern roof and is in fluid connection with an above-ground gas infrastructure, and - the electrolyte is stored at the bottom of the cavern. - wherein an electrolyte is stored in the cavity, - wherein the electrolyte is in fluid communication with at least one redox flow cell, and - wherein the cavity is a cavern, characterized in that - a utility gas is stored in the region of the cavern roof and is in fluid connection with an above-ground gas infrastructure, and - the electrolyte is stored at the bottom of the cavern.
A battery assembly for an electronic cigarette characterized in comprising: a housing defining an opening , and a receiving space communicating with the opening ; a fastening member mounted to the housing , the fastening member comprising: a connecting element , extending through the housing ; an operating element , positioned outside of the housing and coupled to one end of the connecting element , and a locking element , positioned outside of the housing and coupled to the other end of the connecting element , the locking element comprising a locking pin extending through the housing ; and a bracket configured for loading a battery, the bracket being configured to insert into the receiving space via the opening , the bracket defining a locking hole , the locking pin being inserted into the locking hole to fasten the bracket . a housing defining an opening , and a receiving space communicating with the opening ; a fastening member mounted to the housing , the fastening member comprising: a connecting element , extending through the housing ; an operating element , positioned outside of the housing and coupled to one end of the connecting element , and a locking element , positioned outside of the housing and coupled to the other end of the connecting element , the locking element comprising a locking pin extending through the housing ; and a bracket configured for loading a battery, the bracket being configured to insert into the receiving space via the opening , the bracket defining a locking hole , the locking pin being inserted into the locking hole to fasten the bracket . a connecting element , extending through the housing ; an operating element , positioned outside of the housing and coupled to one end of the connecting element , and a locking element , positioned outside of the housing and coupled to the other end of the connecting element , the locking element comprising a locking pin extending through the housing ; and a bracket configured for loading a battery, the bracket being configured to insert into the receiving space via the opening , the bracket defining a locking hole , the locking pin being inserted into the locking hole to fasten the bracket .
A method performed by a mobile communications device comprising a display device , the method comprising: displaying complete representations of content in a first column on the display device as separated by a space from a concurrent display of partial representations of content in a second column , the first and second columns being vertical columns, wherein complete representations of content correspond to representations of content displayed at a full width and partial representations of content correspond to representations of content displayed at a partial width, the partial representations of content being truncated at an edge of the display device; characterized by : if a gesture is detected via a touchscreen functionality of the display device that involves interaction with the space , navigating horizontally between the first column and the second column in order to display complete representations of content in the second column concurrently with partial representations of content in the first column , wherein the interaction is a tap of the space. if a gesture is detected via a touchscreen functionality of the display device that involves interaction with the space , navigating horizontally between the first column and the second column in order to display complete representations of content in the second column concurrently with partial representations of content in the first column , wherein the interaction is a tap of the space.
An article of footwear , comprising: a liner including an inward surface that encloses an inner void for accommodating a foot, and with an outward surface that defines at least a rear shaft region , a heel region , and a sole region ; an upper including a sole portion , the upper and sole portion formed of moulded flexible material and surrounding at least the rear shaft region, the sole region, and the heel region of the liner; an insert formed of a material with an increased hardness and stiffness relative to the upper and the sole portion, and arranged between the liner and the upper with the sole portion; wherein the upper and the sole portion form a flexible unitary layer of moulded flexible material that tightly envelops the liner and the insert , with the insert embedded in the moulded flexible material of the upper and the sole portion , resulting from moulding the upper and the sole portion directly onto the liner and the insert by an injection moulding process; wherein the article of footwear is a boot or a high top, and wherein the insert is formed as a single body that includes a protruding portion , a heel counter , and a shank , the heel counter defining two sidewalls and a rear wall that are adapted to extend around and cover a heel of the foot, wherein the protruding portion extends over a distance (H1) of at least half a height of a heel bone upwards from the rear wall of the heel counter and along the rear shaft region of the liner, and which provides a guiding trajectory for a heel of the foot during insertion into the inner void. a liner including an inward surface that encloses an inner void for accommodating a foot, and with an outward surface that defines at least a rear shaft region , a heel region , and a sole region ; an upper including a sole portion , the upper and sole portion formed of moulded flexible material and surrounding at least the rear shaft region, the sole region, and the heel region of the liner; an insert formed of a material with an increased hardness and stiffness relative to the upper and the sole portion, and arranged between the liner and the upper with the sole portion; wherein the upper and the sole portion form a flexible unitary layer of moulded flexible material that tightly envelops the liner and the insert , with the insert embedded in the moulded flexible material of the upper and the sole portion , resulting from moulding the upper and the sole portion directly onto the liner and the insert by an injection moulding process; wherein the article of footwear is a boot or a high top, and wherein the insert is formed as a single body that includes a protruding portion , a heel counter , and a shank , the heel counter defining two sidewalls and a rear wall that are adapted to extend around and cover a heel of the foot, wherein the protruding portion extends over a distance (H1) of at least half a height of a heel bone upwards from the rear wall of the heel counter and along the rear shaft region of the liner, and which provides a guiding trajectory for a heel of the foot during insertion into the inner void.
A battery comprising: a casing including a concave portion and a plurality of exterior surfaces, the plurality of exterior surfaces including a front surface and a rear surface positioned on opposite sides of the casing , and a first side surface and a second side surface positioned on other opposite sides of the casing and orthogonal to the front surface and the rear surface ; and a connector including a connection terminal configured to be connected to an electrode terminal of a connection apparatus , wherein the connection terminal is offset from the outermost edge of the front surface , and characterized in that the connector is disposed within the concave portion , and wherein the concave portion is wider at the outermost edge of the front surface than at the connection terminal . a casing including a concave portion and a plurality of exterior surfaces, the plurality of exterior surfaces including a front surface and a rear surface positioned on opposite sides of the casing , and a first side surface and a second side surface positioned on other opposite sides of the casing and orthogonal to the front surface and the rear surface ; and a connector including a connection terminal configured to be connected to an electrode terminal of a connection apparatus , wherein the connection terminal is offset from the outermost edge of the front surface , and characterized in that the connector is disposed within the concave portion , and wherein the concave portion is wider at the outermost edge of the front surface than at the connection terminal .
A method of assigning a zone property to a playback device, the method characterized by comprising: identifying a particular base onto which a playback device is placed; determining that the particular base is assigned a zone property, wherein the zone property is associated with a particular zone of a media playback system and indicates the particular zone; and responsive to determining that the particular base is assigned the zone property, assigning the zone property of the base to the playback device , wherein assigning the zone property comprises updating a state variable so as to cause the playback device to join the particular zone of the media playback system that is associated with the zone property, wherein as a member of the particular zone, the playback device is configured to play back media in synchrony with any other playback devices in the particular zone. identifying a particular base onto which a playback device is placed; determining that the particular base is assigned a zone property, wherein the zone property is associated with a particular zone of a media playback system and indicates the particular zone; and responsive to determining that the particular base is assigned the zone property, assigning the zone property of the base to the playback device , wherein assigning the zone property comprises updating a state variable so as to cause the playback device to join the particular zone of the media playback system that is associated with the zone property, wherein as a member of the particular zone, the playback device is configured to play back media in synchrony with any other playback devices in the particular zone.
A household appliance configured to perform a useful cycle of operation on an item , wherein the household appliance comprises a treating chamber for accommodating the item during the performance of the useful cycle, and a body enclosing the treating chamber , wherein the body comprises a front side , an underside , a first delimiting surface and a second delimiting surface , wherein the first and second delimiting surfaces forms a recess between the underside and the front side , wherein the first delimiting surface extends in a first plane which is essentially parallel to the underside of the body such that the angle between the first plane and a horizontal plane, when the household appliance is positioned in the upright use position, is within the range of 0-25 degrees, and wherein the household appliance further comprises a communication module configured to wirelessly transmit and/or receive data to and from a remote communication unit, characterized in that the communication module is arranged at the first delimiting surface .
A device comprising converting units (CONV) arranged to transfer into electrical energy a quantity of thermodynamic energy disposable in a working fluid (Fl) which has been compressed in a heat cycle of a heat pump, each converting unit (CONV) comprises: - a closed cylinder , which in turn encloses a piston movable in the longitudinal direction of the cylinder, - said closed cylinder at its ends having valves (V1 in , V1 out , V4 in , V4 out ) which are sequentially opened and closed to alternately supply the working fluid to the cylinder and to let out expanded working fluid (Fl) from the cylinder, respectively, wherein the working fluid in the cylinder by expansion under pressure drop and temperature drop forces said piston to mechanically move in a reciprocating motion inside the cylinder, - said piston in the cylinder is permanently magnetized as at least a portion of the piston is made of a magnetic material, and - a coil is arranged integrated with the envelope surface of the cylinder in such a way that the coil surrounds at least the magnetized portion of the piston during its linear movement, whereby electrical energy is generated in the coil when the piston moves in its reciprocating motion. characterized in that the device is formed by a system of three double-stroke cylinders being interconnected into a three-cylinder converting unit (CONV), wherein pressurized working fluid (Fl) downstream of a compressor (C) is sequentially supplied to inlets at respective ends of the cylinders, whereby valves (V1 in , V2 in , V3 in , V4 in , V5 in , V6 in ) are adapted to control inflow of working fluid to the respective inlets at a time when a piston is in a top position in any of the cylinders. - a closed cylinder , which in turn encloses a piston movable in the longitudinal direction of the cylinder, - said closed cylinder at its ends having valves (V1 in , V1 out , V4 in , V4 out ) which are sequentially opened and closed to alternately supply the working fluid to the cylinder and to let out expanded working fluid (Fl) from the cylinder, respectively, wherein the working fluid in the cylinder by expansion under pressure drop and temperature drop forces said piston to mechanically move in a reciprocating motion inside the cylinder, - said piston in the cylinder is permanently magnetized as at least a portion of the piston is made of a magnetic material, and - a coil is arranged integrated with the envelope surface of the cylinder in such a way that the coil surrounds at least the magnetized portion of the piston during its linear movement, whereby electrical energy is generated in the coil when the piston moves in its reciprocating motion.
An ultrafine bubble generating apparatus comprising: an ultrafine bubble generating head capable of generating ultrafine bubbles by causing film boiling in a liquid in a flow channel ; and a liquid containing unit fluidly linked to the ultrafine bubble generating head at a position higher than the ultrafine bubble generating head in a direction of gravitational force and capable of supplying the liquid to the ultrafine bubble generating head , characterized in that the liquid containing unit and the ultrafine bubble generating head are arranged such that a difference in hydraulic head between the ultrafine bubble generating head and the liquid containing unit causes the liquid to flow through the flow channel in the ultrafine bubble generating head . an ultrafine bubble generating head capable of generating ultrafine bubbles by causing film boiling in a liquid in a flow channel ; and a liquid containing unit fluidly linked to the ultrafine bubble generating head at a position higher than the ultrafine bubble generating head in a direction of gravitational force and capable of supplying the liquid to the ultrafine bubble generating head , characterized in that the liquid containing unit and the ultrafine bubble generating head are arranged such that a difference in hydraulic head between the ultrafine bubble generating head and the liquid containing unit causes the liquid to flow through the flow channel in the ultrafine bubble generating head .
A method for making an osteoimplant, the method comprising: applying a mechanical force to an aqueous slurry of insoluble collagen fibers, a polysaccharide, a hydration agent and ceramic granules to entangle the insoluble collagen fibers so as to form a semi-solid mass of entangled insoluble collagen fibers, wherein the insoluble collagen fibers consist of crosslinked and/or non-crosslinked purified fibrillary collagen, wherein the polysaccharide comprises starch or alginate in an amount from about 0.1% to about 12.5% by weight based on the total weight of the osteoimplant, wherein the hydration agent comprises polyethyleneglycol in an amount from about 0.01% to about 1.5% by weight based on the total weight of the osteoimplant, and wherein the ceramic granules have biphasic calcium phosphate comprising tricalcium phosphate and hydroxyapatite in a weight ratio from about 40:60 to about 95:5; and lyophilizing the semi-solid mass of entangled collagen fibers to form the osteoimplant. applying a mechanical force to an aqueous slurry of insoluble collagen fibers, a polysaccharide, a hydration agent and ceramic granules to entangle the insoluble collagen fibers so as to form a semi-solid mass of entangled insoluble collagen fibers, wherein the insoluble collagen fibers consist of crosslinked and/or non-crosslinked purified fibrillary collagen, wherein the polysaccharide comprises starch or alginate in an amount from about 0.1% to about 12.5% by weight based on the total weight of the osteoimplant, wherein the hydration agent comprises polyethyleneglycol in an amount from about 0.01% to about 1.5% by weight based on the total weight of the osteoimplant, and wherein the ceramic granules have biphasic calcium phosphate comprising tricalcium phosphate and hydroxyapatite in a weight ratio from about 40:60 to about 95:5; and wherein the insoluble collagen fibers consist of crosslinked and/or non-crosslinked purified fibrillary collagen, wherein the polysaccharide comprises starch or alginate in an amount from about 0.1% to about 12.5% by weight based on the total weight of the osteoimplant, wherein the hydration agent comprises polyethyleneglycol in an amount from about 0.01% to about 1.5% by weight based on the total weight of the osteoimplant, and wherein the ceramic granules have biphasic calcium phosphate comprising tricalcium phosphate and hydroxyapatite in a weight ratio from about 40:60 to about 95:5; and lyophilizing the semi-solid mass of entangled collagen fibers to form the osteoimplant.