mhurhangee/patent-ind-claim-en huggingface dataset:
A filter holder assembly for a filter holder coffee machine comprising a filter holder and a filter insert which can be inserted into the filter holder , the filter holder having a distributor arranged below its outlet region , i.e. arranged on that side which is opposite its opening formed for the insertion of the filter insert , and a diverter insert , which is formed and can be positioned in the filter holder for diverting the coffee emerging from the filter holder via the filter openings of the filter insert , wherein the diverter insert comprises or consists of a thermally insulating material, wherein the thermal conductivity of the diverter insert is < 0.3 W/(m ∗ K) and the specific heat capacity of the diverter insert is < 1200 J/(kg ∗ K), characterized in that the distributor comprises or consists of a thermally insulating material, the mass of the diverter insert < is 5 g and the heat capacity of the diverter insert < is 5 J/K. a filter holder and a filter insert which can be inserted into the filter holder , the filter holder having a distributor arranged below its outlet region , i.e. arranged on that side which is opposite its opening formed for the insertion of the filter insert , and a diverter insert , which is formed and can be positioned in the filter holder for diverting the coffee emerging from the filter holder via the filter openings of the filter insert , wherein the diverter insert comprises or consists of a thermally insulating material, wherein the thermal conductivity of the diverter insert is < 0.3 W/(m ∗ K) and the specific heat capacity of the diverter insert is < 1200 J/(kg ∗ K), characterized in that the distributor comprises or consists of a thermally insulating material, the mass of the diverter insert < is 5 g and the heat capacity of the diverter insert < is 5 J/K.
A die-pressing die used for die-pressing a workpiece (W), the die-pressing die comprising: a die body on whose upper face a die hole is formed; and a roller unit disposed within the die hole and having a rotatable roller protruding upward from the upper face of the die body , cha racterized in that a discharge hole for discharging dusts (G) is formed on the bottom face of the die body , a collection passage for collecting the dusts (G) is formed at a peripheral edge portion of the die hole , one end of the collection passage is opened at the upper face of the die body , another end of the collection passage is opened to the discharge hole , and the collection passage is configured to suction air due to a negative pressure state in the discharge hole . a die body on whose upper face a die hole is formed; and a roller unit disposed within the die hole and having a rotatable roller protruding upward from the upper face of the die body , cha racterized in that a discharge hole for discharging dusts (G) is formed on the bottom face of the die body , a collection passage for collecting the dusts (G) is formed at a peripheral edge portion of the die hole , one end of the collection passage is opened at the upper face of the die body , another end of the collection passage is opened to the discharge hole , and the collection passage is configured to suction air due to a negative pressure state in the discharge hole .
A sliding puzzle toy, comprising a main body and a plurality of sliders slidably connected to the main body , wherein the main body comprises one bottom wall and one top wall and a side wall connected between the one bottom wall and the one top wall , at least one of the one bottom wall and the one top wall is provided with a recessed slot and a separable block , one side of the recessed slot is connected to the side wall , an arc transition is provided at a connection between the recessed slot and the side wall , and the separable block is movably or detachtably connected to the recessed slot ; an outer surface of the side wall is provided with a plurality of sliding grooves that intersects with each other along circumferential and longitudinal directions, the sliding grooves are movably connected to the sliders , and one of the longitudinal sliding grooves passes through a connection between the recessed slot and the side wall and extends towards a bottom wall of the recessed slot , characterized in that , the separable block is slidably connected within the recessed slot , and a length of the separable block is equal to or less than a length of the recessed slot ; the length of the separable block is less than the length of the recessed slot , some part of the recessed slot is recessed to form a receiving cavity , a moving block is movably connected within the receiving cavity , and the moving block includes a first state adjacent to the separable block and a second state overlapping with the separable block ; a side wall of the recessed slot is provided with a guide slot along a direction of movement of the separable block , the separable block is provided with a first sliding plate on the side wall opposite to the guide slot , and the first sliding plate and the guide slot are in a concave-convex sliding fit; and the recessed slots include at least two sub slots that intersect with each other, an intersection position of any two sub slots is recessed to form the receiving cavity , and each sub slot is provided with at least one separable block in a sliding manner. the separable block is slidably connected within the recessed slot , and a length of the separable block is equal to or less than a length of the recessed slot ; the length of the separable block is less than the length of the recessed slot , some part of the recessed slot is recessed to form a receiving cavity , a moving block is movably connected within the receiving cavity , and the moving block includes a first state adjacent to the separable block and a second state overlapping with the separable block ; a side wall of the recessed slot is provided with a guide slot along a direction of movement of the separable block , the separable block is provided with a first sliding plate on the side wall opposite to the guide slot , and the first sliding plate and the guide slot are in a concave-convex sliding fit; and the recessed slots include at least two sub slots that intersect with each other, an intersection position of any two sub slots is recessed to form the
A Bacillus thuringiensis strain wherein the B. thuringiensis strain comprises B. thuringiensis kurstaki NCTC 17080301 or B. thuringiensis kurstaki NCTC 17080302.
Single-dose capsule for espresso coffee machines, made of injected biodegradable plastic material and featuring a body with a generally curved frusto-conical shape comprising: - a larger open base for loading the capsule with ground coffee, in turn comprising a flat surface flange that is closed with a closing sheet once the capsule is loaded; and - a bottom or smaller base that in turn comprises a perimeter support foot and a perforated central area , sunken towards the interior of the capsule, so that a hollow is established between the perimeter support foot of the capsule and the central area , where said hollow is hermetically closed with a sealing sheet , wherein said perforated central area additionally comprises a circumferential step on which the sealing sheet rests once it has been perforated by means existing in the coffee machine, characterized in that a plurality of vertical ribs are formed on the inside side of the body that originate from its smaller base and that comprise at their free end a groove adjacent to the body of the capsule. - a larger open base for loading the capsule with ground coffee, in turn comprising a flat surface flange that is closed with a closing sheet once the capsule is loaded; and - a bottom or smaller base that in turn comprises a perimeter support foot and a perforated central area , sunken towards the interior of the capsule, so that a hollow is established between the perimeter support foot of the capsule and the central area , where said hollow is hermetically closed with a sealing sheet ,
A bearer handover method, characterized by comprising: receiving (SI02), by a first base station , first information sent (S101) by a network node , the network node comprising a mobility management entity, MME, or a second base station, wherein the first information comprises a first bearer identifier and dedicated information, and the dedicated information indicates that a first bearer corresponding to the first bearer identifier supports a handover to a sidelink radio bearer, and wherein the dedicated information is an explicit indication information that further comprises one or more pieces of the following information: a dedicated quality of service class identifier QCI, a dedicated allocation and retention priority ARP identifier, and a service identifier being an identifier of a service that supports a handover to the sidelink radio bearer, and instructing, by the first base station based on the first bearer identifier and the dedicated information, an user equipment to hand over the first bearer to the sidelink radio bearer. receiving (SI02), by a first base station , first information sent (S101) by a network node , the network node comprising a mobility management entity, MME, or a second base station, wherein the first information comprises a first bearer identifier and dedicated information, and the dedicated information indicates that a first bearer corresponding to the first bearer identifier supports a handover to a sidelink radio bearer, and wherein the dedicated information is an explicit indication information that further comprises one or more pieces of the following information: a dedicated quality of service class identifier QCI, a dedicated allocation and retention priority ARP identifier, and a service identifier being an identifier of a service that supports a handover to the sidelink radio bearer, and instructing, by the first base station based on the first bearer identifier and the dedicated information, an user equipment to hand over the first bearer to the sidelink radio bearer.
A substrate suitable for incorporation into an absorbent article for automatic detection of wetness events therein and/or risk of exudate leakage therefrom, the substrate comprising a first surface capable of being arranged proximal to a body facing side of the absorbent article and a second surface opposite said first surface and capable of being arranged proximal to a garment facing side of said absorbent article , said substrate comprising a plurality of sensor tracks disposed on said first surface and said sensor tracks comprising: at least one feedback track extending along a length L of the substrate; and one or more exudate sensing tracks in electrical communication with said feedback track , wherein the exudate sensing tracks are in the form of a repeating grid and/or pattern along the length L of the substrate and a dimension substantially perpendicular thereto, wherein said feedback track and exudate sensing tracks are connected in series and wherein the substrate is connectable to a clip-on data processing module at a position proximal to a first end of the substrate such to form a closed electrical circuit, typically for measuring resistance, impedance and/or capacitance therethrough, wherein the sensor tracks are printed sensor tracks comprising an electrically conductive material, and wherein said sensor tracks are printed onto said substrate and said substrate consists of a liquid impermeable backsheet. at least one feedback track extending along a length L of the substrate; and one or more exudate sensing tracks in electrical communication with said feedback track , wherein the exudate sensing tracks are in the form of a repeating grid and/or pattern along the length L of the substrate and a dimension substantially perpendicular thereto, wherein said feedback track and exudate sensing tracks are connected in series and wherein the substrate is connectable to a clip-on data processing module at a position proximal to a first end of the substrate such to form a closed electrical circuit, typically for measuring resistance, impedance and/or capacitance therethrough, wherein the sensor tracks are printed sensor tracks comprising an electrically conductive material, and wherein said sensor tracks are printed onto said substrate and said substrate consists of a liquid impermeable backsheet.
A welding method comprising: placing a workpiece (W) including aluminum in a region to which laser light (L) is emitted, the workpiece (W) including two members (W1, W2) to be lap-welded together; and irradiating the laser light (L) to the workpiece (W) to melt an irradiated portion of the work piece (W) to perform welding, wherein the laser light (L) is split into a main beam (B1) and plural auxiliary beams (B2, B3) by a beam shaper and emitted to the workpiece (W), the plural auxiliary beams (B2, B3) are positioned so as to surround a periphery of the main beam (B1), and a sweep speed of the laser light (L) is 83.3 mm/sec to 300 mm/sec, characterized in that the workpiece (W) including aluminum is made of A6061 and each of the two members (W1, W2) has a sheet thickness of 2 mm, a ratio between power of the main beam (B1) and a total power of the plural auxiliary beams (B2, B3) is 1:9, and a laser output is 5 kW to 11 kW. placing a workpiece (W) including aluminum in a region to which laser light (L) is emitted, the workpiece (W) including two members (W1, W2) to be lap-welded together; and irradiating the laser light (L) to the workpiece (W) to melt an irradiated portion of the work piece (W) to perform welding, wherein the laser light (L) is split into a main beam (B1) and plural auxiliary beams (B2, B3) by a beam shaper and emitted to the workpiece (W), the plural auxiliary beams (B2, B3) are positioned so as to surround a periphery of the main beam (B1), and a sweep speed of the laser light (L) is 83.3 mm/sec to 300 mm/sec, characterized in that the workpiece (W) including aluminum is made of A6061 and each of the two members (W1, W2) has a sheet thickness of 2 mm, a ratio between power of the main beam (B1) and a total power of the plural auxiliary beams (B2, B3) is 1:9, and a laser output is 5 kW to 11 kW.
Process of preparing a smokable tobacco-related blend and packaging the blend in receptacles, wherein the blend includes at least two components (T 1 -T n ), at least one of the components (T 1 -T n ) including tobacco, the process comprising the steps: - supplying the components from separate storage areas and feeding the components (T 1 -T n ) to a filling station adapted to fill respective retail-sized receptacles with a predetermined amount of each component (T1-Tn) of the blend (B), - filling a predetermined amount of each component (T 1 -T n ) of the blend into a common container , - homogenising the blend (B) in the container , wherein the homogenising step is accomplished by blowing a pressurised gas into the container , - providing, by using the container and the homogenised blend (B) therein, at least one retail-sized receptacle containing the predetermined amount of the blend (B), wherein said at least one retail-sized receptacle to be filled comprises said container . - supplying the components from separate storage areas and feeding the components (T 1 -T n ) to a filling station adapted to fill respective retail-sized receptacles with a predetermined amount of each component (T1-Tn) of the blend (B), - filling a predetermined amount of each component (T 1 -T n ) of the blend into a common container , - homogenising the blend (B) in the container , wherein the homogenising step is accomplished by blowing a pressurised gas into the container , - providing, by using the container and the homogenised blend (B) therein, at least one retail-sized receptacle containing the predetermined amount of the blend (B), wherein said at least one retail-sized receptacle to be filled comprises said container .
Installation for the production of concrete products for immediate mold release, comprising a vibrating press comprising a mold which defines at least one recess in which the concrete to be compacted is poured, a tamper for compacting the concrete arranged above the mold, and a vibrating table arranged under the mold, and a device for controlling the operation of the vibrating press, characterized in that the control device comprises a board intended to be arranged under the mold , said board being provided with means for measuring the vibration frequency, the amplitude and/or the acceleration of movement, and/or the force exerted on said board during the production of the concrete products, said device allowing to control production parameters of the vibrating press during the process of producing concrete products for immediate mold release when the board is in position on the vibrating table. a vibrating press comprising a mold which defines at least one recess in which the concrete to be compacted is poured, a tamper for compacting the concrete arranged above the mold, and a vibrating table arranged under the mold, and a device for controlling the operation of the vibrating press, characterized in that the control device comprises a board intended to be arranged under the mold , said board being provided with means for measuring the vibration frequency, the amplitude and/or the acceleration of movement, and/or the force exerted on said board during the production of the concrete products, said device allowing to control production parameters of the vibrating press during the process of producing concrete products for immediate mold release when the board is in position on the vibrating table.
A nonwoven sound absorbing material comprising a nonwoven laminate formed of a stack of a plurality of sheets of a filament nonwoven fabric having a plurality of drawn filaments arranged and oriented in one direction, characterized in that a drawing ratio of each of the plurality of drawn filaments is in a range of 3 to 6, an average diameter of the plurality of drawn filaments is in a range of 1 to 4 μm, a mode value of a diameter distribution of the plurality of drawn filaments is in a range of 1 to 4 μm, and a variation coefficient of the diameter distribution of the plurality of drawn filaments is in a range of 0.1 to 0.3. a drawing ratio of each of the plurality of drawn filaments is in a range of 3 to 6, an average diameter of the plurality of drawn filaments is in a range of 1 to 4 μm, a mode value of a diameter distribution of the plurality of drawn filaments is in a range of 1 to 4 μm, and a variation coefficient of the diameter distribution of the plurality of drawn filaments is in a range of 0.1 to 0.3.
A gimbal for a surgical robotic system , the gimbal comprising: at least one support link ; an input link extending from the at least one support link; and a vibration assembly mounted to the at least one support link, the vibration assembly including: a central support ; an end cap moveable relative to the central support; and a voice coil having an inner member fixed to the central support and an outer member fixed to the end cap, the voice coil configured to vibrate the gimbal in response to a voltage being applied to one of the inner or outer members; wherein the central support includes a central portion and a flange extending radially from the central portion. at least one support link ; an input link extending from the at least one support link; and a vibration assembly mounted to the at least one support link, the vibration assembly including: a central support ; an end cap moveable relative to the central support; and a voice coil having an inner member fixed to the central support and an outer member fixed to the end cap, the voice coil configured to vibrate the gimbal in response to a voltage being applied to one of the inner or outer members; a central support ; an end cap moveable relative to the central support; and a voice coil having an inner member fixed to the central support and an outer member fixed to the end cap, the voice coil configured to vibrate the gimbal in response to a voltage being applied to one of the inner or outer members; wherein the central support includes a central portion and a flange extending radially from the central portion.
A method of wireless communication performed by a user equipment , comprising: receiving, from a master node , a configuration to enter an inactive state; transitioning , when using a multi-connectivity mode for communication with the master node and a secondary node , from an active state to the inactive state, wherein the inactive state is different from the active state of the multi-connectivity mode, an idle state of the multi-connectivity mode, and a sleep state of the multi-connectivity mode; storing , when operating in the inactive state of the multi-connectivity mode, context information related to a bearer configuration at the secondary node; selecting at least one target node for a radio resource control connection, wherein the user equipment is in the inactive state when the at least one target node is selected; and transmitting information to the at least one target node or the master node to cause the context information to be provided to the at least one target node. receiving, from a master node , a configuration to enter an inactive state; transitioning , when using a multi-connectivity mode for communication with the master node and a secondary node , from an active state to the inactive state, wherein the inactive state is different from the active state of the multi-connectivity mode, an idle state of the multi-connectivity mode, and a sleep state of the multi-connectivity mode; storing , when operating in the inactive state of the multi-connectivity mode, context information related to a bearer configuration at the secondary node; selecting at least one target node for a radio resource control connection, wherein the user equipment is in the inactive state when the at least one target node is selected; and transmitting information to the at least one target node or the master node to cause the context information to be provided to the at least one target node.
Hub cap system for fastening to a wheel hub of a vehicle , in particular a commercial vehicle, comprising a hub cap and a sealing ring wherein the sealing ring comprises a retaining region for fastening to the wheel hub, a primary sealing lip for bearing against the wheel hub and a secondary sealing lip which bears against the hub cap, wherein the retaining region is formed circumferentially around an axial direction (A), wherein the retaining region has a bottom surface , wherein a radial direction (R) extends radially and perpendicularly away from the axial direction (A), wherein the primary sealing lip and the secondary sealing lip have an extension in the radial direction (R), in particular in the positive radial direction (R), characterized in that a channel running around the axial direction (A) is formed in the bottom surface . comprising a hub cap and a sealing ring wherein the sealing ring comprises a retaining region for fastening to the wheel hub, a primary sealing lip for bearing against the wheel hub and a secondary sealing lip which bears against the hub cap, wherein the retaining region is formed circumferentially around an axial direction (A), wherein the retaining region has a bottom surface , wherein a radial direction (R) extends radially and perpendicularly away from the axial direction (A), wherein the primary sealing lip and the secondary sealing lip have an extension in the radial direction (R), in particular in the positive radial direction (R), characterized in that a channel running around the axial direction (A) is formed in the bottom surface .