mhurhangee/patent-ind-claim-en huggingface dataset:
A system (1, 1001, 2001, and 3001) comprising: a battery comprising a physical load information acquisition component configured to acquire physical load information for the battery , and an information processing device , comprising: an output information acquisition component configured to acquire the physical load information from the battery ; and a damage calculator configured to use information from the output information acquisition component to calculate a degree of damage to the battery , characterized in that the damage calculator has a physical load damage calculator configured to use the physical load information acquired by the output information acquisition component to calculate the degree of damage to the battery due to physical load based on a previously obtained correlation between the physical load information and an amount of separation and breakage of structural components and support members of the battery . a battery comprising a physical load information acquisition component configured to acquire physical load information for the battery , and an information processing device , comprising: an output information acquisition component configured to acquire the physical load information from the battery ; and a damage calculator configured to use information from the output information acquisition component to calculate a degree of damage to the battery , an output information acquisition component configured to acquire the physical load information from the battery ; and a damage calculator configured to use information from the output information acquisition component to calculate a degree of damage to the battery , characterized in that the damage calculator has a physical load damage calculator configured to use the physical load information acquired by the output information acquisition component to calculate the degree of damage to the battery due to physical load based on a previously obtained correlation between the physical load information and an amount of separation and breakage of structural components and support members of the battery .
A quantum computing system comprising: a quantum processor cell assembly comprising an electromagnetic waveguide system , the electromagnetic waveguide system comprising an interior surface that defines an interior volume of intersecting waveguides, a first subset of the waveguides intersecting a second subset of the waveguides at a multi-dimensional array of waveguide intersections in the quantum processor cell assembly, the waveguide intersections comprising portions of the interior volume that are shared between the first subset and the second subset, the intersecting waveguides defining respective cutoff frequencies and being configured to evanesce electromagnetic waves below the cutoff frequencies; and a multi-dimensional array of qubit devices , the qubit devices having respective qubit operating frequencies below the cutoff frequencies, and wherein each qubit device is respectively housed in the interior volume of the electromagnetic waveguide system either: at the waveguide intersections; or between neighbouring pairs of coupler devices , each coupler device housed at the waveguide intersections. a quantum processor cell assembly comprising an electromagnetic waveguide system , the electromagnetic waveguide system comprising an interior surface that defines an interior volume of intersecting waveguides, a first subset of the waveguides intersecting a second subset of the waveguides at a multi-dimensional array of waveguide intersections in the quantum processor cell assembly, the waveguide intersections comprising portions of the interior volume that are shared between the first subset and the second subset, the intersecting waveguides defining respective cutoff frequencies and being configured to evanesce electromagnetic waves below the cutoff frequencies; and a multi-dimensional array of qubit devices , the qubit devices having respective qubit operating frequencies below the cutoff frequencies, and wherein each qubit device is respectively housed in the interior volume of the electromagnetic waveguide system either: at the waveguide intersections; or between neighbouring pairs of coupler devices , each coupler device housed at the waveguide intersections. at the waveguide intersections; or between neighbouring pairs of coupler devices , each coupler device housed at the waveguide intersections.
A recording apparatus comprising: a transportation belt for transporting a recording medium; a washing portion for washing the transportation belt; and a selection unit configured to select a transportation mode for transporting the recording medium from among a washing transportation mode in which the transportation belt is transported while being washed by the washing portion, and a non-washing transportation mode in which the transportation belt is transported without being washed by the washing portion, characterised in that the selection unit is configured to select, as a transportation mode for use in transporting the recording medium without performing a recording operation after a recording operation onto the recording medium has been brought to a halt, whichever of the washing transportation mode and the non-washing transportation mode was selected in the recording operation having been brought to a halt. a transportation belt for transporting a recording medium; a washing portion for washing the transportation belt; and a selection unit configured to select a transportation mode for transporting the recording medium from among a washing transportation mode in which the transportation belt is transported while being washed by the washing portion, and a non-washing transportation mode in which the transportation belt is transported without being washed by the washing portion, characterised in that the selection unit is configured to select, as a transportation mode for use in transporting the recording medium without performing a recording operation after a recording operation onto the recording medium has been brought to a halt, whichever of the washing transportation mode and the non-washing transportation mode was selected in the recording operation having been brought to a halt.
A dressing for treating a tissue site, the dressing comprising: a first layer being made from a liquid-impermeable material and being at least partially fenestrated ; a second layer being made from a liquid-impermeable material and being at least partially fenestrated , the second layer coupled to the first layer to define a chamber between the first layer and the second layer ; and a third layer disposed within the chamber , the third layer comprising a manifold having a central region and a perimeter region , the perimeter region containing perforations arranged in a pattern that defines a plurality of sub-regions of the perimeter region ; wherein the first layer and the second layer are coupled together by a plurality of welds or bonds through the perimeter region of the third layer comprising the manifold ; characterized in that the first layer and the second layer are releasably coupled together near their outer edges. a first layer being made from a liquid-impermeable material and being at least partially fenestrated ; a second layer being made from a liquid-impermeable material and being at least partially fenestrated , the second layer coupled to the first layer to define a chamber between the first layer and the second layer ; and a third layer disposed within the chamber , the third layer comprising a manifold having a central region and a perimeter region , the perimeter region containing perforations arranged in a pattern that defines a plurality of sub-regions of the perimeter region ; wherein the first layer and the second layer are coupled together by a plurality of welds or bonds through the perimeter region of the third layer comprising the manifold ; characterized in that the first layer and the second layer are releasably coupled together near their outer edges.
A method providing a human-over-the-loop interface on a client computing device, wherein the client computing device comprises a graphical user interface and is configured to receive filters, qualifiers and blurbs that are applied to a meteorological forecast, the method comprising: presenting a home region that is correlated to a geographic location where the client computing device is located; presenting a list of the filters, the qualifiers and the blurbs for the home region; presenting a time bar to set a temporal period to which the filters, the qualifiers and the blurbs apply; plotting weather information layers that provide a visualization of forecast guidance and observations; characterised in that receiving inputs to place the filters, the qualifiers and the blurbs on the geographic location in order to limit the forecast into acceptable or smart thresholds from unacceptable or un-wise thresholds and setting manual constraints on the forecast guidance based on said filters, qualifiers and blurbs. presenting a home region that is correlated to a geographic location where the client computing device is located; presenting a list of the filters, the qualifiers and the blurbs for the home region; presenting a time bar to set a temporal period to which the filters, the qualifiers and the blurbs apply; plotting weather information layers that provide a visualization of forecast guidance and observations; characterised in that receiving inputs to place the filters, the qualifiers and the blurbs on the geographic location in order to limit the forecast into acceptable or smart thresholds from unacceptable or un-wise thresholds and setting manual constraints on the forecast guidance based on said filters, qualifiers and blurbs.
A method for sticking a conversation at a sticky conversation region positioned in an upper area of a user interface for processing, comprising: detecting whether an obtained operation meets a predetermined condition when a client determines that a first conversation in a current conversation list region is in a selected state, wherein each conversation comprises a number of messages; and if so, displaying an icon of the first conversation synchronously at a predetermined position in the sticky conversation region, wherein, while the icon of the first conversation is being displayed in the sticky conversation region, the first conversation is being displayed in the conversation list region, and the method further comprises, subsequent to said displaying the icon of the first conversation synchronously at the predetermined position in the sticky conversation region: updating a display mode of a conversation corresponding to a name of the first conversation in the conversation list region, and displaying a number of unread messages corresponding to the first conversation in the icon of the first conversation in the sticky conversation region, when a conversation message is obtained in the first conversation. detecting whether an obtained operation meets a predetermined condition when a client determines that a first conversation in a current conversation list region is in a selected state, wherein each conversation comprises a number of messages; and if so, displaying an icon of the first conversation synchronously at a predetermined position in the sticky conversation region, wherein, while the icon of the first conversation is being displayed in the sticky conversation region, the first conversation is being displayed in the conversation list region, and the method further comprises, subsequent to said displaying the icon of the first conversation synchronously at the predetermined position in the sticky conversation region: updating a display mode of a conversation corresponding to a name of the first conversation in the conversation list region, and displaying a number of unread messages corresponding to the first conversation in the icon of the first conversation in the sticky conversation region, when a conversation message is obtained in the first conversation.
Combination comprising a skip and a device for loading, lifting and tipping waste into the skip , the device comprising a support frame and a bucket which is mounted on the support frame to move between a loading position in which the bucket is substantially at ground level with an opening of the bucket facing the outside of the support frame and the skip and a tipping position in which the bucket is raised relative to the ground with the opening directed towards the inside of the skip, the device including the same bucket maneuvering means which are adapted on the one hand to move the bucket between the loading position and an elevation position in which the skip is raised with respect to the ground with the opening facing the outside of the support frame and the bucket and on the other hand to tilt the bucket between the elevation position and the tipping position, the combination being characterized in that the maneuvering means comprise at least one cylinder for moving the bucket relative to the support frame and in that the bucket and the support frame are adapted to be connected together by at least one male means/female means assembly, the male means sliding in the female means between two abutment positions and pivoting relative to the female means at least in one of its abutment positions.
A composition comprising a complex of: a divalent cationic strontium moiety; a cysteine-based moiety selected from the group consisting of cystine, N-acetyl cysteine, N-acetyl cysteinate, N-acetyl cystine, N,S-diacetylcysteine, and esters thereof; and a beta hydroxybutyrate moiety; wherein the cysteine-based anti-oxidant and the beta hydroxybutyrate moiety are conjugated together by a cleavable bond. a divalent cationic strontium moiety; a cysteine-based moiety selected from the group consisting of cystine, N-acetyl cysteine, N-acetyl cysteinate, N-acetyl cystine, N,S-diacetylcysteine, and esters thereof; and a beta hydroxybutyrate moiety;
A beam steering antenna structure comprising a printed circuit board and a conductive component , a first wall and a second wall of said printed circuit board being juxtaposed with a first surface of said conductive component , the second wall of said printed circuit board abutting and being galvanically connected to the first surface of said conductive component , a second surface of said conductive component extending at an angle (α) from the first surface of said conductive component in a direction from said first wall , a connecting surface extending between said first wall and said second wall such that a groove is formed between said first wall and said second wall , said groove being at least partially juxtaposed to said first surface , said groove comprising a first antenna array and a second antenna array , said first antenna array being adapted to transmit a first radiation beam (B1) having a first polarization (P1) in a direction towards said second surface , or to receive said first radiation beam (B1) in a direction from said second surface , said second antenna array being adapted to transmit a second radiation beam (B2) having a second polarization (P2), orthogonal to said first polarization (P1), in said direction towards said second surface , or to receive said second radiation beam (B2) in said direction from said second surface , said second surface being adapted to steer at least one of said first radiation beam (B1) and said second radiation beam (B2) in a direction away from or towards said connecting surface . a first wall and a second wall of said printed circuit board being juxtaposed with a first surface of said conductive component , the second wall of said printed circuit board abutting and being galvanically connected to the first surface of said conductive component , a second surface of said conductive component extending at an angle (α) from the first surface of said conductive component in a direction from said first wall , a connecting surface extending between said first wall and said second wall such that a groove is formed between said first wall and said second wall , said groove being at least partially juxtaposed to said first surface , said groove comprising a first antenna array and a second antenna array , said first antenna array being adapted to transmit a first radiation beam (B1) having a first polarization (P1) in a direction towards said second surface , or to receive said first radiation beam (B1) in a direction from said second surface , said second antenna array being adapted to transmit a second radiation beam (B2) having a second polarization (P2), orthogonal to said first polarization (P1), in said direction towards said second surface , or to receive said second radiation beam (B2) in said direction from said second surface , said second surface being adapted to steer at least one of said first radiation beam (B1) and said second radiation beam (B2) in a direction away from or towards said connecting surface .
A heating/cooling module with a stacked disc design, constructed by stacking several individual disc elements on top of each other, with a condenser region , with an evaporator region , and with at least one fluid distribution region , wherein the condenser region has a first flow section , through which a refrigerant can flow, and has a second flow section , through which a coolant can flow, and the evaporator region has a third flow section , through which a refrigerant can flow, and has a fourth flow section , through which a coolant can flow, wherein the flow sections are formed by a plurality of flow channels, which are made between the individual disc elements, forming the heating/cooling module , wherein a first fluid inlet and a first fluid outlet are provided, via which a coolant can flow through the condenser region , and a second inlet and a second outlet are provided, via which a coolant can flow through the evaporator region , and a third inlet and a third outlet are provided, via which a refrigerant can flow through the heating/cooling module , characterised in that the at least one fluid distribution region is arranged between the condenser region and the evaporator region and has a thermostatic expansion valve through which refrigerant can flow, wherein the evaporator region , the condenser region and the first fluid distribution region are arranged next to one another in a direction transverse to the stack direction of the heating/cooling module .
Use of a foam spray, a1) that comprises surfactants, d) for inhibition of chloride-induced corrosion a) in the pretreatment of contaminated medical or surgical instruments and apparatuses, b) before transfer of the instruments and/or apparatuses to a central instrument preparation station, characterized in that the foam spray a2) is enzyme-free and a3) has a pH of 9 or more. a1) that comprises surfactants, d) for inhibition of chloride-induced corrosion a) in the pretreatment of contaminated medical or surgical instruments and apparatuses, b) before transfer of the instruments and/or apparatuses to a central instrument preparation station, characterized in that the foam spray d) for inhibition of chloride-induced corrosion a) in the pretreatment of contaminated medical or surgical instruments and apparatuses, b) before transfer of the instruments and/or apparatuses to a central instrument preparation station, a2) is enzyme-free and a3) has a pH of 9 or more.
A manufacturing method of decorated natural leather including the steps of: - attaching a crusted leather with its corium side by an adhesive to a temporary carrier ; - inkjet printing the crusted leather with a decorative image on its grain side with one or more pigmented inkjet inks; wherein the surface area of the temporary carrier is larger than the surface area of the crusted leather ; wherein a base coat is applied on the grain side of the crusted leather before the step of inkjet printing; and wherein the temporary carrier includes an identifier containing alphanumeric data or a machine readable code and/or one or more positioning markers . - attaching a crusted leather with its corium side by an adhesive to a temporary carrier ; - inkjet printing the crusted leather with a decorative image on its grain side with one or more pigmented inkjet inks; wherein the surface area of the temporary carrier is larger than the surface area of the crusted leather ; wherein a base coat is applied on the grain side of the crusted leather before the step of inkjet printing; and wherein the temporary carrier includes an identifier containing alphanumeric data or a machine readable code and/or one or more positioning markers .
An assistive device for an inhaler wherein the assistive device comprises: a body defining a passage configured to receive a conventional inhaler assembly, the conventional inhaler assembly including a canister and transverse mouthpiece , with an axis of the canister of the inhaler assembly approximately aligning with an axis of the passage through the body of the assistive device , a foot associated with the body for supporting the mouthpiece of the inhaler assembly at one end of the body when such an inhaler assembly is installed therein, and at least two symmetrically arranged levers supported by the body adjacent the passage and extending in a direction away from the foot and generally parallel to an axis of the body with a proximal end of each of the levers being attached to the body by an attachment that enables free opposite ends of the levers to be moved towards and away from each other, and an inwardly directed cam surface on each of the levers that is configured to engage a closed end of the canister of the conventional inhaler assembly when it is installed in the assistive device to move the canister longitudinally towards the foot and cause medicament to be dispensed from the canister . a body defining a passage configured to receive a conventional inhaler assembly, the conventional inhaler assembly including a canister and transverse mouthpiece , with an axis of the canister of the inhaler assembly approximately aligning with an axis of the passage through the body of the assistive device , a foot associated with the body for supporting the mouthpiece of the inhaler assembly at one end of the body when such an inhaler assembly is installed therein, and at least two symmetrically arranged levers supported by the body adjacent the passage and extending in a direction away from the foot and generally parallel to an axis of the body with a proximal end of each of the levers being attached to the body by an attachment that enables free opposite ends of the levers to be moved towards and away from each other, and an inwardly directed cam surface on each of the levers that is configured to engage a closed end of the canister of the conventional inhaler assembly when it is installed in the assistive device to move the canister longitudinally towards the foot and cause medicament to be dispensed from the canister .