mhurhangee/patent-ind-claim-en huggingface dataset:
Method for emptying cleaning robots (R) having a dirt collection unit and a suction interface by means of a trolley which is designed to store the plurality of cleaning robots (R) outside of their cleaning phase in which they carry out cleaning tasks, and which has a suction system having a foldable suction platform , a suction opening , a dirt container (SB) and a blower (G), wherein the method comprises the following steps: - folding out the suction platform of the trolley , if it is folded in, so that it is arranged on a surface on which the trolley stands in an operational set-up position. - arranging one of the cleaning robots (R) on the folded-out suction platform, - aligning the suction interface with the suction opening , and - actuating the blower (G) in order to empty the cleaning robot (R) arranged and aligned on the suction platform so that dirt is transported from the dirt collection unit into the dirt container (SB). - folding out the suction platform of the trolley , if it is folded in, so that it is arranged on a surface on which the trolley stands in an operational set-up position. - arranging one of the cleaning robots (R) on the folded-out suction platform, - aligning the suction interface with the suction opening , and - actuating the blower (G) in order to empty the cleaning robot (R) arranged and aligned on the suction platform so that dirt is transported from the dirt collection unit into the dirt container (SB).
Fastening means for a furniture supporting construction , comprising a bearing means which is at least partially U-shaped and has a recess with at least one of the inner sides being inclined, and which comprises boreholes by means of which the bearing means is fastenable to a furniture board; and at least one clamp , which has a clamp side that is inclined correspondingly to the inclined inner side of the bearing means and can be screwed to the bearing means by means of a clamp screw, so that, by tightening the clamp screw, a lateral force acts on a supporting construction to be fastened and clamps it; wherein the fastening means further comprises a reinforcing element fixedly connected to the bearing means ; and the bearing means is made of a softer material than the reinforcing element. a bearing means which is at least partially U-shaped and has a recess with at least one of the inner sides being inclined, and which comprises boreholes by means of which the bearing means is fastenable to a furniture board; and at least one clamp , which has a clamp side that is inclined correspondingly to the inclined inner side of the bearing means and can be screwed to the bearing means by means of a clamp screw, so that, by tightening the clamp screw, a lateral force acts on a supporting construction to be fastened and clamps it; wherein the fastening means further comprises a reinforcing element fixedly connected to the bearing means ; and the bearing means is made of a softer material than the reinforcing element.
A method in a first node for requesting a status report from a second node , the first node and the second node both being comprised within a wireless communication network , the status report comprising positive and/or negative acknowledgement of data sent from the first node to be received by the second node , wherein the method comprises the steps of: initializing a protocol data unit, PDU, counter and a byte counter; counting, by the PDU counter, PDUs being transmitted from the first node to the second node; counting, by the byte counter, bytes being transmitted from the first node to the second node; and triggering a poll to request an RLC protocol status report from the second node and resetting both the PDU counter and the byte counter when: i) the PDU counter becomes equal to or greater than a predetermined PDU threshold, or ii) the byte counter becomes equal to or greater than a predetermined byte threshold, wherein the PDU threshold and the byte threshold are configured by Radio Resource Control. initializing a protocol data unit, PDU, counter and a byte counter; counting, by the PDU counter, PDUs being transmitted from the first node to the second node; counting, by the byte counter, bytes being transmitted from the first node to the second node; and triggering a poll to request an RLC protocol status report from the second node and resetting both the PDU counter and the byte counter when: i) the PDU counter becomes equal to or greater than a predetermined PDU threshold, or ii) the byte counter becomes equal to or greater than a predetermined byte threshold, i) the PDU counter becomes equal to or greater than a predetermined PDU threshold, or ii) the byte counter becomes equal to or greater than a predetermined byte threshold, wherein the PDU threshold and the byte threshold are configured by Radio Resource Control.
A method for increasing the pro-apoptotic activity of a chimeric or humanized immunoglobulin G class 1 (IgG1) antibody which has lost its pro-apoptotic activity upon chimerization process and that specifically binds to a ganglioside antigen with the proviso that said ganglioside does not correspond to GD2-O-acetylated, said method comprising the step of mutating the human CH1γ1 domain from said antibody by substituting the amino acid in position 133 or 134, according to EU index as set forth in Kabat et al., of the human CH1γ1 domain from said antibody by a cysteine residue, so as to restore the pairing between CH1 and CL domains that is typical of the human IgG2, IgG3 and IgG4 subclasses, or substituting the human CH1γ1 domain from said antibody by the CH1 domain from a human IgG2 (CH1γ2), IgG3 (CH1γ3) or IgG4 (CH1γ4).
Composition comprising an ethyl acetate fraction of the extract of Cyperus rotundus rhizomes standardized to contain 5% of total stilbenes for use in a method of reducing obesity in humans, said method comprising step of administering to said humans orally twice a day the composition to achieve the effects of reduction in body weight, body mass index and waist circumference.
A system comprising: a local controller configured to: monitor resource utilization for one or more virtual machines within a local hosting domain of the system; determine , based on the resource utilization monitoring, to request additional resources for the one or more virtual machines; request the additional resources from a central controller in the system; receive a policy template that specifies new constraints on policy elements for configuration by the local controller, wherein the resources are implemented within one or more nodes associated with the local controller; use the received policy template indicating new constraints on policy elements by the local controller to calculate a network virtualization policy for allocation of the additional resources to the one or more virtual machines instantiated within the one or more nodes; and configure network infrastructure elements and the one or more nodes using the calculated network virtualization policy to provide network connectivity for containers or nested virtual machines executing within the one or more virtual machines. monitor resource utilization for one or more virtual machines within a local hosting domain of the system; determine , based on the resource utilization monitoring, to request additional resources for the one or more virtual machines; request the additional resources from a central controller in the system; receive a policy template that specifies new constraints on policy elements for configuration by the local controller, wherein the resources are implemented within one or more nodes associated with the local controller; use the received policy template indicating new constraints on policy elements by the local controller to calculate a network virtualization policy for allocation of the additional resources to the one or more virtual machines instantiated within the one or more nodes; and configure network infrastructure elements and the one or more nodes using the calculated network virtualization policy to provide network connectivity for containers or nested virtual machines executing within the one or more virtual machines.
A hardening accelerator for mineral binders, more particularly for cementitious binder compositions, comprising at least one phosphoric acid ester of a polyhydric alcohol and at least one alkali metal carbonate.
A medical device for removing an object (T) in a body lumen, the medical device comprising: a rotatable tubular driving shaft ; a cylindrical-shaped first cutting part that is provided on a distal side of the driving shaft , and that rotates together with the driving shaft , and cuts the object (T); and a second cutting part that is disposed near the distal side of the driving shaft , inward of the first cutting part , wherein a distal end of the second cutting part is located proximal to a distal end of the first cutting part , characterized in that the second cutting part is fixed to a spiral shaped carrier contacting an inner surface of the rotatable tubular driving shaft , and a lumen of the second cutting part extends through the spiral shaped carrier . a rotatable tubular driving shaft ; a cylindrical-shaped first cutting part that is provided on a distal side of the driving shaft , and that rotates together with the driving shaft , and cuts the object (T); and a second cutting part that is disposed near the distal side of the driving shaft , inward of the first cutting part , wherein a distal end of the second cutting part is located proximal to a distal end of the first cutting part , characterized in that the second cutting part is fixed to a spiral shaped carrier contacting an inner surface of the rotatable tubular driving shaft , and a lumen of the second cutting part extends through the spiral shaped carrier .
An exhaust gas purifying catalyst for purifying an exhaust gas containing a silicon compound, consisting of: a supporting body; a catalyst layer formed on the supporting body and having a precious metal supported on an inorganic oxide carrier; and an overcoat layer covering the catalyst layer, consisting of at least one of zirconia and titania, wherein: a thickness of the overcoat layer is 13 to 70 μm; and the precious metal of the catalyst layer comprises any one of platinum, palladium, rhodium, ruthenium, and iridium. a supporting body; a catalyst layer formed on the supporting body and having a precious metal supported on an inorganic oxide carrier; and an overcoat layer covering the catalyst layer, consisting of at least one of zirconia and titania, a thickness of the overcoat layer is 13 to 70 μm; and the precious metal of the catalyst layer comprises any one of platinum, palladium, rhodium, ruthenium, and iridium.
Handling apparatus for handling and picking packages with a contact apparatus and a carrying apparatus , wherein the contact apparatus is configured to make contact with packages to be picked, and the package can be secured on the handling apparatus by way of the carrying apparatus , wherein the contact apparatus comprises an adhesively acting surface for making temporary, controllable contact between the handling apparatus and the package in order to exert a translational motion with a shear force on the package , characterized in that a lifting movement with the package opposite to its weight can be carried out by way of the adhesively acting surface after the contact operation, wherein the contact apparatus has a carrier strip with an adhesively acting substrate in order to configure the adhesively acting surface , wherein the carrier strip is configured as a circulating endless strip with a regeneration device for the regeneration of the adhesive properties, or wherein the carrier strip is configured such that it can be rolled up on a reel and can be unrolled from a wound reel , wherein a deflection roller, over which the endless strip is guided, or the wound reel can be driven by way of an electric drive motor which can be actuated by a controller of the handling apparatus , wherein the lifting movement takes place by way of actuation of the drive motor .
A method for controlling a mobile device , the mobile device being placed on a holder , the mobile device comprising an interface plate able to be touched by an object so as to control said device, the mobile device comprising at least two movement sensors , which are able to detect a vibration propagating through the device, the method comprising the following steps: a) applying an object to the holder, at a point of impact , the point of impact being located outside the interface plate , the application of the object leading to a propagation of a vibration that propagates along the holder, toward the device ; b) detecting, with each movement sensor , the vibration , at a detection time ( t 21 , t 22 , t 23 , t 24 ); c) comparing the detection times detected by each movement sensor, respectively; d) estimating a position of the point of impact , on the holder , depending on the comparison carried out in step c); e) generating a control signal (Sc) for the mobile device depending on the position estimated in step d); the method being such that the interface plate is connected to at least one so-called actuating transducer (6 1 ...6 P , 7 1 ... 7 Q ) able to exert a pressure on the interface plate so as to form a stationary bending wave that propagates along the interface plate , at a resonant frequency, and that leads to a vibration of the interface plate, at least one actuating transducer forming one of the movement sensors ; and that the resonant frequency of the flexural wave is ultrasonic, the amplitude of the flexural wave being less than 10 μm, the flexural wave being configured to allow a texture to be sensed when the interface plate is touched. a) applying an object to the holder, at a point of impact , the point of impact being located outside the interface plate , the application of the object leading to a propagation of a vibration that propagates along the holder, toward the device ; b) detecting, with each movement sensor , the vibration , at a detection time ( t 21 , t 22 , t 23 , t 24 ); c) comparing the detection times detected by each movement sensor, respectively; d) estimating a position of the point of impact , on the holder , depending on the comparison carried out in step c); e) generating a control signal (Sc) for the mobile device depending on the position estimated in step d);
An electronically controlled throttle device for an engine, driving to open and close a throttle valve in a throttle bore formed in a valve body , by rotation of a motor transmitted to a driven gear , via a throttle shaft coupled to the driven gear , and comprising a throttle sensor including a substrate on which an excitation conductor and a signal detection conductor are arranged to face an exciting conductor rotating together with the throttle shaft , wherein the driven gear comprises an embedded core metal , and has one side surface to which the exciting conductor is exposed, the core metal and the exciting conductor being insert-molded of a synthetic resin material, and the throttle shaft is inserted and fixed into a shaft hole extending through the core metal , wherein a first opening is formed in a center of a gear body of the driven gear made of the synthetic resin material, a second opening corresponding to the first opening of the gear body is formed in a center of the exciting conductor , characterised in that an inner peripheral brim toward the driven gear side are formed on an inner peripheral edge of the second opening , and a return portion extending from the inner peripheral brim and being embedded in the gear body is formed so that a main body of the exciting conductor exposed on one side surface of the gear body faces the return portion embedded in the gear body via a gap (G). the driven gear comprises an embedded core metal , and has one side surface to which the exciting conductor is exposed, the core metal and the exciting conductor being insert-molded of a synthetic resin material, and the throttle shaft is inserted and fixed into a shaft hole extending through the core metal , wherein a first opening is formed in a center of a gear body of the driven gear made of the synthetic resin material, a second opening corresponding to the first opening of the gear body is formed in a center of the exciting conductor , characterised in that an inner peripheral brim toward the driven gear side are formed on an inner peripheral edge of the second opening , and a return portion extending from the inner peripheral brim and being embedded in the gear body is formed so that a main body of the exciting conductor exposed on one side surface of the gear body faces the return portion embedded in the gear body via a gap (G).
Method for joining by adhesive patches of hides, with the latter having a predetermined profile and size, said method being characterized in that it provides: - the positioning and removable blocking of a format support above a supporting plan provided in a gluing station (S1) with said format support having a surface suitably less than that of said patches , with a predetermined thickness and with its upper surface suitable to act as a suction plane; - the positioning of a first patch of said patches above said upper surface of the support , such that said first patch has the side intended to receive the up-facing adhesive, that is centered with respect to the same support and that its perimeter edge protrudes outwardly with respect to the latter, so that the same first patch is also raised with respect to said supporting plan ; - the suction of said first patch on said upper surface of the support by means of depression means acting beneath the latter through holes present in the same support ; - the application of at least one adhesive layer on said upper side of the first patch ; - the positioning in adherence of a second patch over the first patch , with a predetermined alignment, so as to mutually clamp them together; - the deactivation of said depression means, in order to unlock the coupled patches ; - the collection of said coupled patches from said support , to transfer them to other operating station (S2) or to conveyor members (T). - the positioning and removable blocking of a format support above a supporting plan provided in a gluing station (S1) with said format support having a surface suitably less than that of said patches , with a predetermined thickness and with its upper surface suitable to act as a suction plane; - the positioning of a first patch of said patches above said upper surface of the support , such that said first patch has the side intended to receive the up-facing adhesive, that is centered with respect to the same support and that its perimeter edge protrudes outwardly with respect to the latter, so that the same first patch is also raised with respect to said supporting plan ; - the suction of said first patch on said upper surface of the support by means of depression means acting beneath the latter through holes present in the same support ; - the application of at least one adhesive layer on said upper side of the first patch ; - the positioning in adherence of a second patch over the first patch , with a predetermined alignment, so as to mutually clamp them together; - the deactivation of said depression means, in order to unlock the coupled patches ; - the collection of said coupled patches from said support , to transfer them to other operating station (S2) or to conveyor members (T).
A syringe comprising: a barrel with a bore , the barrel having an end with an opening in communication with the bore and a barrel flange disposed outwardly of the opening ; a plunger disposed in the bore , the plunger movable along the bore ; and a vented closure attached to the barrel at the end , the vented closure comprising a stopper , a cap and a filter , the stopper disposed over the opening and at least partially within the bore , the cap having a body disposed over the stopper , and a fastener engaged with the barrel flange , the filter disposed between the stopper and the cap , or in at least one of the stopper and the cap , characterized in that the stopper comprises a first end comprising a plug disposed within the bore and a second end comprising a stopper flange depending from the second end of the stopper outside the bore , and the cap secures the stopper flange between the body of the cap and the barrel flange . a barrel with a bore , the barrel having an end with an opening in communication with the bore and a barrel flange disposed outwardly of the opening ; a plunger disposed in the bore , the plunger movable along the bore ; and a vented closure attached to the barrel at the end , the vented closure comprising a stopper , a cap and a filter , the stopper disposed over the opening and at least partially within the bore , the cap having a body disposed over the stopper , and a fastener engaged with the barrel flange , the filter disposed between the stopper and the cap , or in at least one of the stopper and the cap , characterized in that the stopper comprises a first end comprising a plug disposed within the bore and a second end comprising a stopper flange depending from the second end of the stopper outside the bore , and the cap secures the stopper flange between the body of the cap and the barrel flange .
OxRAM resistive memory cell (50; 60; 80) comprising a lower electrode , an upper electrode (53; 63; 83), and an active layer (54; 64; 84) which extends between the lower electrode and the upper electrode (53; 63; 83), - the active layer (54; 64; 84) comprising at least one layer of a first electrically insulating oxide (EOx), wherein an electrically conductive filament can be formed, then subsequently broken and reformed several times successively, - the upper electrode (53; 63; 83) comprising a reservoir layer (55; 65; 85) capable of receiving oxygen, a portion at least of the reservoir layer (55; 65; 85) being made of a metal (M), - characterised in that said reservoir layer (55; 65; 85) comprises an upper part (551; 651; 851) made of said metal (M) and a lower part (552; 652; 852) made of a second oxide (MOy), the second oxide (MOy) being an oxide of said metal (M) and comprising a proportion (y) of oxygen such that the second oxide is electrically conductive, with an electrical conductivity greater than 100 Siemens per metre. - the active layer (54; 64; 84) comprising at least one layer of a first electrically insulating oxide (EOx), wherein an electrically conductive filament can be formed, then subsequently broken and reformed several times successively, - the upper electrode (53; 63; 83) comprising a reservoir layer (55; 65; 85) capable of receiving oxygen, a portion at least of the reservoir layer (55; 65; 85) being made of a metal (M), - characterised in that said reservoir layer (55; 65; 85) comprises an upper part (551; 651; 851) made of said metal (M) and a lower part (552; 652; 852) made of a second oxide (MOy), the second oxide (MOy) being an oxide of said metal (M) and comprising a proportion (y) of oxygen such that the second oxide is electrically conductive, with an electrical conductivity greater than 100 Siemens per metre.