mhurhangee/patent-ind-claim-en huggingface dataset:
A broadband antenna for more than one function, the function including communication, global positioning, radar and transponder systems, thereby reducing or eliminating the need for a separate antenna for each function, while allowing the antenna to be integrated into environments with constraints on space, comprising: a plurality of conductors , wherein the conductors are sub-wavelength conductors used for transmitting or receiving radio frequency, RF, signals; a plurality of antenna taps , wherein each of the antenna taps is connected to one or more of the conductors , wherein the conductors are configured to form an element at a desired frequency to maximize power delivered to the antenna taps at the desired frequency; a plurality of radio frequency switches , wherein each of the RF switches is connected to one of the antenna taps ; and a plurality of combiners , wherein each of the combiners is connected to one or more of the RF switches ; wherein one or more of the RF switches are configured to be controlled to dynamically allocate one or more of the antenna taps to a selected one of the combiners , by interconnecting the one or more of the antenna taps with the selected one of the combiners , to communicate the RF signals between the conductors connected to the one or more of the antenna taps and the selected one of the combiners . a plurality of conductors , wherein the conductors are sub-wavelength conductors used for transmitting or receiving radio frequency, RF, signals; a plurality of antenna taps , wherein each of the antenna taps is connected to one or more of the conductors , wherein the conductors are configured to form an element at a desired frequency to maximize power delivered to the antenna taps at the desired frequency; a plurality of radio frequency switches , wherein each of the RF switches is connected to one of the antenna taps ; and a plurality of combiners , wherein each of the combiners is connected to one or more of the RF switches ; wherein one or more of the RF switches are configured to be controlled to dynamically allocate one or more of the antenna taps to a selected one of the combiners , by interconnecting the one or more of the antenna taps with the selected one of the combiners , to communicate the RF signals between the conductors connected to the one or more of the antenna taps and the selected one of the combiners .
A machine for wet manufacturing of tissue paper, comprising in combination: a Yankee cylinder comprising a cylindrical side surface , rotating around an axis thereof; a continuous flexible member comprising a first surface suitable to receive a layer of cellulose pulp (S), comprising cellulose fibers and water, and a second surface , opposite to the first surface ; a first guide suction roller , around which the continuous flexible member is driven; wherein the second surface of the continuous flexible member is in contact with the first guide suction roller ; wherein, in the area guided around said roller , the first surface of the continuous flexible member is spaced from the Yankee cylinder ; and wherein the first guide suction roller is suitable to remove water from the layer of cellulose pulp (S) through the continuous flexible member ; a press formed by a first blind-drilled pressure roller around which the continuous flexible member is driven, arranged downstream of the first guide suction roller with respect to a feeding direction of the layer of cellulose pulp (S); wherein the first pressure roller and the Yankee cylinder define a first pressure nip , inside which the continuous flexible member is pressed by means of the first pressure roller against the cylindrical surface of the Yankee cylinder ; and wherein the first pressure roller is suitable to remove water from the layer of cellulose pulp (S) through the continuous flexible member ; a heating device adapted to act on said continuous flexible member and arranged between said first guide suction roller and said first pressure roller . a Yankee cylinder comprising a cylindrical side surface , rotating around an axis thereof; a continuous flexible member comprising a first surface suitable to receive a layer of cellulose pulp (S), comprising cellulose fibers and water, and a second surface , opposite to the first surface ; a first guide suction roller , around which the continuous flexible member is driven; wherein the second surface of the continuous flexible member is in contact with the first guide suction roller ; wherein, in the area guided around said roller , the first surface of the continuous flexible member is spaced from the Yankee cylinder ; and wherein the first guide suction roller is suitable to remove water from the layer of cellulose pulp (S) through the continuous flexible member ; a press formed by a first blind-drilled pressure roller around which the continuous flexible member is driven, arranged downstream of the first guide suction roller with respect to a feeding direction of the layer of cellulose pulp (S); wherein the first pressure roller and the Yankee cylinder define a first pressure nip , inside which the continuous flexible member is pressed by means of the first pressure roller against the cylindrical surface of the Yankee cylinder ; and wherein the first pressure roller is suitable to remove water from the layer of cellulose pulp (S) through the continuous flexible member ; a heating device adapted to act on said continuous flexible member and arranged between said first guide suction roller and said first pressure roller .
A lock apparatus, comprising: a rotatable lever spindle at least partially disposed about a rotatable key cam assembly , the key cam assembly including a key cam shaft coupled to a key cylinder and having a key cam ear drive , the key cam shaft structured for rotational displacement upon rotation of a key that is operably positioned in the key cylinder , the key cam ear drive engaging a latch retractor to linearly displace the latch retractor as the key cam ear drive is rotatably displaced by rotational displacement of the key cam shaft ; a locking lug having a substantially hollow cylindrical body with a drive tab extending radially inward and a locking tab extending radially outward therefrom, the locking lug moveable between first and second axial positions corresponding to an uncoupled and coupled configuration, respectively, of the lever spindle and the key cam assembly ; wherein the lever spindle is operable for transmitting rotational torque through the locking lug to the key cam assembly in the coupled configuration; an electric motor having a rotatable shaft extending therefrom; a coil spring connected to the rotatable shaft proximate one end and engaged with the locking lug proximate the other end; and wherein the electric motor is operable for moving the locking lug between the first and second positions with the coil spring , the rotational displacement of the key cam shaft by rotation of the key being independent of the locking lug being in either of the first and second positions. a rotatable lever spindle at least partially disposed about a rotatable key cam assembly , the key cam assembly including a key cam shaft coupled to a key cylinder and having a key cam ear drive , the key cam shaft structured for rotational displacement upon rotation of a key that is operably positioned in the key cylinder , the key cam ear drive engaging a latch retractor to linearly displace the latch retractor as the key cam ear drive is rotatably displaced by rotational displacement of the key cam shaft ; a locking lug having a substantially hollow cylindrical body with a drive tab extending radially inward and a locking tab extending radially outward therefrom, the locking lug moveable between first and second axial positions corresponding to an uncoupled and coupled configuration, respectively, of the lever spindle and the key cam assembly ; wherein the lever spindle is operable for transmitting rotational torque through the locking lug to the key cam assembly in the coupled configuration; an electric motor having a rotatable shaft extending therefrom; a coil spring connected to the rotatable shaft proximate one end and engaged with the locking lug proximate the other end; and wherein the electric motor is operable for moving the locking lug between the first and second positions with the coil spring , the rotational displacement of the key cam shaft by rotation of the key being independent of the locking lug being in either of the first and second positions.
Injection endpoint signalling device , adapted and configured to be mounted onto a pre-filled syringe , the pre-filled syringe comprising a post-injection needle shroud , the needle shroud being configured to translate from a first position in which the shroud is retracted and the needle of the pre-filled syringe is exposed, to a second position in which the shroud is extended and the needle of the pre-filled syringe is completely surrounded by the shroud , characterised in that the injection endpoint signalling device comprises a wireless injection endpoint signalling system comprising a near field communications (NFC) circuit comprising a micro-controller and a passive ID tag configured to store a set of information, and an activation switch ; and when mounted on the pre-filled syringe: in the first, shroud-retracted position, the activation switch is configured to maintain the NFC circuit in an inactive state in which said NFC circuit is off, and in which an injection endpoint information stored within the passive ID tag is inaccessible to the NFC circuit ; and in the second, shroud-extended position, the activation switch is configured to maintain the NFC circuit in an active state in which said NFC circuit is on, and in which the injection endpoint information stored within the passive ID tag is accessible to the NFC circuit ; wherein the activation switch is configured to be moved from the inactive state to the active state via mutually cooperating surface engagement between a part of the shroud and the activation switch . the injection endpoint signalling device comprises a wireless injection endpoint signalling system comprising a near field communications (NFC) circuit comprising a micro-controller and a passive ID tag configured to store a set of information, and an activation switch ; and when mounted on the pre-filled syringe: in the first, shroud-retracted position, the activation switch is configured to maintain the NFC circuit in an inactive state in which said NFC circuit is off, and in which an injection endpoint information stored within the passive ID tag is inaccessible to the NFC circuit ; and in the second, shroud-extended position, the activation switch is configured to maintain the NFC circuit in an active state in which said NFC circuit is on, and in which the injection endpoint information stored within the passive ID tag is accessible to the NFC circuit ; in the first, shroud-retracted position, the activation switch is configured to maintain the NFC circuit in an inactive state in which said NFC circuit is off, and in which an injection endpoint information stored within the passive ID tag is inaccessible to the NFC circuit ; and in the second, shroud-extended position, the activation switch is configured to maintain the NFC circuit in an active state in which said NFC circuit is on, and in which the injection endpoint information stored within the passive ID tag is accessible to the NFC circuit ; wherein the activation switch is configured to be moved from the inactive state to the active state via mutually cooperating surface engagement between a part of the shroud and the activation switch .
Hob trough with a protection unit for protecting a part of the hob trough from heat radiation and/or electromagnetic radiation and a holding device for fastening the protection unit to the hob trough , wherein the protection unit can be inserted into the holding device and is braced therein in the inserted state, wherein the protection unit has a protection unit adapter (41; 42) and the holding device has a holding device adapter , wherein the protection unit adapter (41; 42) is a cut-out in the protection unit , and the holding device adapter is a projection of the holding device or the protection unit adapter (41; 42) is a projection of the protection unit , and the holding device adapter is a cut-out in the holding device , wherein the protection unit is manufactured as a metal sheet with two limbs, which are connected to one another in an angled form and at least one protection unit adapter is arranged on each of the limbs, wherein the protection unit adapter can be inserted and clipped into the holding device adapter .
An apparatus comprising: an error detection logic; a first shared memory controller configured to control access to a portion of a memory pool ; and at least two first interfaces and at least one second interface, or at least one first interface and at least two second interfaces, wherein first interfaces are Shared Memory Link interfaces which are configured to link shared memory controllers and computing nodes together, and wherein second interfaces are extended Shared Memory Link interfaces which are configured to link shared memory controllers together; wherein the first shared memory controller is configured to: receive, by a first interface, a memory access request from a computing node , wherein the request corresponds to a particular line of pooled memory , identify, by the error detection logic, an error that has occurred in connection with the request, send, by a second interface, the request to a second shared memory controller in response to the error, and receive, by said second interface, a response to the request from the second shared memory controller . an error detection logic; a first shared memory controller configured to control access to a portion of a memory pool ; and at least two first interfaces and at least one second interface, or at least one first interface and at least two second interfaces, wherein first interfaces are Shared Memory Link interfaces which are configured to link shared memory controllers and computing nodes together, and wherein second interfaces are extended Shared Memory Link interfaces which are configured to link shared memory controllers together; wherein the first shared memory controller is configured to: receive, by a first interface, a memory access request from a computing node , wherein the request corresponds to a particular line of pooled memory , identify, by the error detection logic, an error that has occurred in connection with the request, send, by a second interface, the request to a second shared memory controller in response to the error, and receive, by said second interface, a response to the request from the second shared memory controller . receive, by a first interface, a memory access request from a computing node , wherein the request corresponds to a particular line of pooled memory , identify, by the error detection logic, an error that has occurred in connection with the request, send, by a second interface, the request to a second shared memory controller in response to the error, and receive, by said second interface, a response to the request from the second shared memory controller .
Dishwasher, in particular a domestic dishwasher, comprising a washing container , which provides a washing chamber and has a loading opening which can be closed by means of an in particular pivotably mounted washing chamber door , the dishwasher comprising a camera housed by the washing chamber door , which camera visually captures the washing chamber , and the dishwasher comprising an optical unit which interacts with the camera , characterised in that the optical unit divides the image capture region of the camera into a first portion and a second portion , wherein, by means of the first portion , the washing chamber and, by means of the second portion , a dosing device , housed by the washing chamber door , for process chemicals can be at least partially visually captured.
A masticatory orthodontic device, comprising: a masticatory unit with a rigid body configured to be removably worn on a dental arch , wherein when worn during mastication, a shape of the masticatory unit is maintained even under a stress from occlusal forces, and the masticatory unit includes an occlusal surface (F1) and a teeth-receiving surface with a plurality of recesses (R) for accommodating the teeth of the dental arch ; a shape memory mesh (M) disposed between the teeth-receiving surface and the dental arch , configured to remember a shape of the teeth in target teeth positions to guide teeth movements from initial teeth positions toward the target teeth positions; and a buffering member (S) disposed between the teeth-receiving surface and the shape memory mesh (M), wherein when the masticatory orthodontic device is worn during mastication, occlusal forces loading on the masticatory unit are transmitted to the shape memory mesh (M) and the teeth through the buffering member (S) that is resilient, to achieve teeth movements in the recesses (R), and wherein the buffering member (S) is disposed between and connected to the teeth-receiving surface and an outer surface of the shape memory mesh (M) and conforms to the shape of the outer surface. a masticatory unit with a rigid body configured to be removably worn on a dental arch , wherein when worn during mastication, a shape of the masticatory unit is maintained even under a stress from occlusal forces, and the masticatory unit includes an occlusal surface (F1) and a teeth-receiving surface with a plurality of recesses (R) for accommodating the teeth of the dental arch ; a shape memory mesh (M) disposed between the teeth-receiving surface and the dental arch , configured to remember a shape of the teeth in target teeth positions to guide teeth movements from initial teeth positions toward the target teeth positions; and a buffering member (S) disposed between the teeth-receiving surface and the shape memory mesh (M), wherein when the masticatory orthodontic device is worn during mastication, occlusal forces loading on the masticatory unit are transmitted to the shape memory mesh (M) and the teeth through the buffering member (S) that is resilient, to achieve teeth movements in the recesses (R), and wherein the buffering member (S) is disposed between and connected to the teeth-receiving surface and an outer surface of the shape memory mesh (M) and conforms to the shape of the outer surface.
A nonaqueous electrolytic solution comprising: a nonaqueous solvent; a hexafluorophosphate (A); a compound (B) represented by the following formula : wherein an arbitrary hydrogen atom bonded to a carbon atom may be substituted with a fluorine atom; and at least one salt (C) selected from the group consisting of fluorophosphates other than the hexafluorophosphate (A), fluorosulfonates, imide salts represented by MN(SO 2 F) 2 , wherein M represents an alkali metal, and oxalate salts. a nonaqueous solvent; a hexafluorophosphate (A); a compound (B) represented by the following formula : wherein an arbitrary hydrogen atom bonded to a carbon atom may be substituted with a fluorine atom; and at least one salt (C) selected from the group consisting of fluorophosphates other than the hexafluorophosphate (A), fluorosulfonates, imide salts represented by MN(SO 2 F) 2 , wherein M represents an alkali metal, and oxalate salts.
Crystalline free form Form A of Compound I: characterized by peaks in the XRPD spectrum comprising: 6.0, 18.3, 19.3, 20.2 and 22.0 ° 2θ.
System for manufacturing an orthodontic appliance for replacing an orthodontic appliance worn by a patient, the system including: - a scanner for creating a numerical three-dimensional reference model of at least a part of a patient's arch, or the "initial reference model"; - a computer for creating a numerical three-dimensional reference model, called the "objective reference model", corresponding to a desired positioning, at a time point of the treatment, of the teeth of said at least a part of said patient's arch; - an image-acquiring apparatus for acquiring at least one two-dimensional updated image, the image-acquiring apparatus being positioned and oriented in space, relatively to the teeth of the patient, under acquisition conditions called "actual" acquisition conditions; - a computer for deforming the initial reference model, by moving tooth models, until an updated reference model corresponding to the positioning of the teeth in the two-dimensional updated image is obtained; - a device for manufacturing a new orthodontic appliance if a comparison, made by computer, - of the updated reference model with - a comparison model in which the teeth of the initial reference model are in an anticipated positioning, such as essentially planned for the time point of the acquisition, and determined depending on the objective reference module and optionally on the initial reference module leads to an unsatisfactory result, the new orthodontic appliance being configured depending on said result. - a scanner for creating a numerical three-dimensional reference model of at least a part of a patient's arch, or the "initial reference model"; - a computer for creating a numerical three-dimensional reference model, called the "objective reference model", corresponding to a desired positioning, at a time point of the treatment, of the teeth of said at least a part of said patient's arch; - an image-acquiring apparatus for acquiring at least one two-dimensional updated image, the image-acquiring apparatus being positioned and oriented in space, relatively to the teeth of the patient, under acquisition conditions called "actual" acquisition conditions; - a computer for deforming the initial reference model, by moving tooth models, until an updated reference model corresponding to the positioning of the teeth in the two-dimensional updated image is obtained; - a device for manufacturing a new orthodontic appliance if a comparison, made by computer, - of the updated reference model with - a comparison model in which the teeth of the initial reference model are in an anticipated positioning, such as essentially planned for the time point of the acquisition, and determined depending on the objective reference module and optionally on the initial reference module