mhurhangee/patent-ind-claim-en huggingface dataset:
A device (1; 10; 100) for coating one or more yarns by a vapor deposition method, the device comprising at least: - a treatment chamber (4; 40) defining at least a first treatment zone (4a; 40a) and a second treatment zone (4b; 40b) in which at least one yarn is to be coated by performing a vapor deposition method, the first and second zones being separated by a wall (5; 50) and the first zone surrounding the second zone, or being superposed on the second zone; - a conveyor system (6; 60) configured to transport said at least one yarn through the first and second zones (4a; 4b; 40a; 40b); - a first injector device configured to inject a first treatment gas phase into the first zone (4a; 40a) and a first removal device configured to remove the residual first gas phase from the first zone (4a; 40a); and - a second injector device configured to inject a second treatment gas phase into the second zone (4b; 40b), and a second removal device configured to remove the residual second gas phase from the second zone (4b; 40b). - a treatment chamber (4; 40) defining at least a first treatment zone (4a; 40a) and a second treatment zone (4b; 40b) in which at least one yarn is to be coated by performing a vapor deposition method, the first and second zones being separated by a wall (5; 50) and the first zone surrounding the second zone, or being superposed on the second zone; - a conveyor system (6; 60) configured to transport said at least one yarn through the first and second zones (4a; 4b; 40a; 40b); - a first injector device configured to inject a first treatment gas phase into the first zone (4a; 40a) and a first removal device configured to remove the residual first gas phase from the first zone (4a; 40a); and - a second injector device configured to inject a second treatment gas phase into the second zone (4b; 40b), and a second removal device configured to remove the residual second gas phase from the second zone (4b; 40b).
A sensor system comprising a piston rod and a housing , the sensor system being adapted for monitoring an operating condition of the piston rod positioned within the housing , said sensor system comprising: an interrogator system comprising a first coil winding coupled to the housing and radially spaced from the piston rod such that a gap is defined between said first coil winding and the piston rod ; a second coil winding coupled to the piston rod , wherein said second coil winding is inductively coupled to said first coil winding and configured to communicate with said first coil winding through a range of linear movement of the piston rod relative to the housing ; and a sensor coupled to said second coil winding , said sensor configured to measure a characteristic, being at least one of a pressure, a strain, a torque or a temperature, associated with an operation of said piston rod and to generate a current in said second coil winding to transmit, via the inductive coupling with said first coil winding , an electrical output signal associated with the characteristic to said interrogator system ; wherein the monitoring of the operating condition of the piston rod is based on the characteristic. an interrogator system comprising a first coil winding coupled to the housing and radially spaced from the piston rod such that a gap is defined between said first coil winding and the piston rod ; a second coil winding coupled to the piston rod , wherein said second coil winding is inductively coupled to said first coil winding and configured to communicate with said first coil winding through a range of linear movement of the piston rod relative to the housing ; and a sensor coupled to said second coil winding , said sensor configured to measure a characteristic, being at least one of a pressure, a strain, a torque or a temperature, associated with an operation of said piston rod and to generate a current in said second coil winding to transmit, via the inductive coupling with said first coil winding , an electrical output signal associated with the characteristic to said interrogator system ; wherein the monitoring of the operating condition of the piston rod is based on the characteristic.
An active radial magnetic bearing assembly , comprising: - a housing comprising a center axis extending longitudinally therethrough and a housing inner surface; - a stator coupled to the housing inner surface and comprising a stator inner surface extending axially between a first stator end wall and a second stator end wall; - a rotor comprising a rotor outer surface , wherein a portion of the rotor outer surface of at least a portion of the rotor , which is configured to rotate about the center axis within the stator , such that an annular gap is defined between the rotor outer surface and the stator inner surface , is a first target: - a second target coupled to or formed by the rotor , the second target axially spaced from the first target along the rotor ; and - a plurality of sensors coupled to the stator and adjacent the stator inner surface , the plurality of sensors comprising: - a first sensor and a second sensor positioned to detect a radial position of the rotor via the first target, and - a third sensor positioned to detect an axial position of the rotor via the second target. - a housing comprising a center axis extending longitudinally therethrough and a housing inner surface; - a stator coupled to the housing inner surface and comprising a stator inner surface extending axially between a first stator end wall and a second stator end wall; - a rotor comprising a rotor outer surface , wherein a portion of the rotor outer surface of at least a portion of the rotor , which is configured to rotate about the center axis within the stator , such that an annular gap is defined between the rotor outer surface and the stator inner surface , is a first target: - a second target coupled to or formed by the rotor , the second target axially spaced from the first target along the rotor ; and - a plurality of sensors coupled to the stator and adjacent the stator inner surface , the plurality of sensors comprising: - a first sensor and a second sensor positioned to detect a radial position of the rotor via the first target, and - a third sensor positioned to detect an axial position of the rotor via the second target.
Dishwasher , in particular a household dishwasher, having a washing compartment , having one or more washing baskets which are disposed in the washing compartment and serve to hold items for washing , and having a front door for closing the washing compartment , characterised in that when viewed with the front door in the closed position, at least one guide structure (9*) in the form of a number of individual guide elements spaced vertically apart from one another projects in a raised manner from a planar surface , which forms the inner face of the front door as a whole or a part thereof, into the interior of the washing compartment and is disposed in such a manner that a drying fluid flowing along the inner face of the door is guided onto the one or more washing baskets arranged in the washing compartment or onto items for washing disposed in the washing compartment on the one or more washing baskets when the dishwasher is in drying mode.
A computerized method, comprising: receiving, at a manager server node for a cluster comprising a plurality of client nodes, a request for an allocation of a task; determining, by at least one processor of the manager server node, a node type for the task, based on mapping the task to a list of categories, wherein the categories in the list of categories comprise at least a central processing unit, CPU, usage category and input/output, I/O, usage category, wherein the CPU usage category comprises at least two subcategories with overlapping ranges, wherein each category input value maps to a subcategory of the respective category and is assigned a continuous confidence level value in the real number range of , thereby defining a boundary line of the subcategories; searching, by the manager server node, for available client nodes based on the node type for the task to select a client node to allocate the task; determining, by the at least one processor of the manager server node, a zone of the selected client node, wherein each zone represents a line segment of the boundary line of the subcategories, wherein the zone is mapped to the list of categories; determining, by the at least one processor of the manager server node, a wait algorithm associated with the zone of the selected node; and contacting, by the manager server node, the selected client node and passing the task and the wait algorithm to the selected client node. receiving, at a manager server node for a cluster comprising a plurality of client nodes, a request for an allocation of a task; determining, by at least one processor of the manager server node, a node type for the task, based on mapping the task to a list of categories, wherein the categories in the list of categories comprise at least a central processing unit, CPU, usage category and input/output, I/O, usage category, wherein the CPU usage category comprises at least two subcategories with overlapping ranges, wherein each category input value maps to a subcategory of the respective category and is assigned a continuous confidence level value in the real number range of , thereby defining a boundary line of the subcategories; searching, by the manager server node, for available client nodes based on the node type for the task to select a client node to allocate the task; determining, by the at least one processor of the manager server node, a zone of the selected client node, wherein each zone represents a line segment of the boundary line of the subcategories, wherein the zone is mapped to the list of categories; determining, by the at least one processor of the manager server node, a wait algorithm associated with the zone of the selected node; and contacting, by the manager server node, the selected client node and passing the task and the wait algorithm to the selected client node.
A shock assembly comprising: a main chamber comprising a working fluid therein; a damping piston coupled to a piston shaft , said damping piston disposed in said main chamber to divide said main chamber into a compression side fluid chamber and a rebound side fluid chamber; and an automatic ride height adjustment assembly comprising: an internal floating piston (IFP) pump assembly ; and a spring preload piston assembly ; characterized in that said IFP pump assembly comprises: an IFP to separate said working fluid from a compressible fluid in an IFP fluid chamber ; a pump fixedly located within said IFP fluid chamber ; a fluid reservoir to provide said working fluid to said pump , said working fluid in said fluid reservoir fluidly separated from said working fluid in said main chamber ; and a fluid pathway to provide said working fluid from said pump to said spring preload piston assembly. a main chamber comprising a working fluid therein; a damping piston coupled to a piston shaft , said damping piston disposed in said main chamber to divide said main chamber into a compression side fluid chamber and a rebound side fluid chamber; and an automatic ride height adjustment assembly comprising: an internal floating piston (IFP) pump assembly ; and a spring preload piston assembly ; an internal floating piston (IFP) pump assembly ; and a spring preload piston assembly ; characterized in that said IFP pump assembly comprises: an IFP to separate said working fluid from a compressible fluid in an IFP fluid chamber ; a pump fixedly located within said IFP fluid chamber ; a fluid reservoir to provide said working fluid to said pump , said working fluid in said fluid reservoir fluidly separated from said working fluid in said main chamber ; and a fluid pathway to provide said working fluid from said pump to said spring preload piston assembly. an IFP to separate said working fluid from a compressible fluid in an IFP fluid chamber ; a pump fixedly located within said IFP fluid chamber ; a fluid reservoir to provide said working fluid to said pump , said working fluid in said fluid reservoir fluidly separated from said working fluid in said main chamber ; and a fluid pathway to provide said working fluid from said pump to said spring preload piston assembly.
A method for exposing a light-sensitive layer to light using an optical system with an optical path, wherein at least one light beam is generated by at least one light source , respectively, and pixels of an exposure pattern grid (24, 24', 24", 24''') are illuminated by at least one micro-mirror device with a plurality of micro-mirrors , characterised in that horizontal and/or vertical exposure pattern grid lines of the exposure pattern grid (24, 24', 24", 24"') are sheared by means of optical elements , wherein shearing of a DMD image leaving the micro-mirror device is effected along the optical path.
A chimeric antigen receptor (CAR) comprising: (a) a first polypeptide comprising an antigen-binding domain; a transmembrane domain; cereblon or a functional portion thereof, wherein said cereblon or a functional portion thereof is capable of binding to a cereblon-binding compound; and a primary cell signaling domain, wherein said first polypeptide does not comprise a costimulatory domain; and (b) a second polypeptide comprising a transmembrane domain; Aiolos or a functional portion thereof or Ikaros or a functional portion thereof; and a costimulatory domain; wherein in the presence of said cereblon-binding compound, said first polypeptide and said second polypeptide form a heterodimer. (a) a first polypeptide comprising an antigen-binding domain; a transmembrane domain; cereblon or a functional portion thereof, wherein said cereblon or a functional portion thereof is capable of binding to a cereblon-binding compound; and a primary cell signaling domain, wherein said first polypeptide does not comprise a costimulatory domain; and (b) a second polypeptide comprising a transmembrane domain; Aiolos or a functional portion thereof or Ikaros or a functional portion thereof; and a costimulatory domain;
A valve system connectable to a container of a breastmilk expression system, the valve system comprising: an inner valve member through which expressed breastmilk can flow into the container ; and an outer member connected to the inner valve member , the outer member including a spill-reducing tortuous path , the tortuous path including a region surrounding the inner valve member , the region constricting from a first cross-sectional area to a second cross-sectional area that is smaller than the first cross-sectional area, wherein the first cross-sectional area is more distant from a connection to the container than the second cross-sectional area. an inner valve member through which expressed breastmilk can flow into the container ; and an outer member connected to the inner valve member , the outer member including a spill-reducing tortuous path ,
Arrangement for holding a device , the arrangement comprising: - the device having functions, in particular for reproducing sound and/or image; - a holding element for coupling and fixing the position of the device at a location; - a distance element for arranging between the device and the holding element ; and - a functional element for supporting at least one function of the device , wherein the device has at least a first reception , wherein the distance element has a second reception , wherein, at the first reception , the device is mechanically coupled to the distance element , and at the second reception , the distance element is mechanically coupled to the holding element for holding the device , and wherein the functional element is mechanically coupled to the distance element for holding the functional element , and wherein the functional element is functionally coupled to the device for supporting at least one function of the device , wherein, by means of the distance element , a space (A) is formed between the first reception and the second reception , characterized in that the distance element comprises distance sleeves having a bore and strips having bores and , the strips having two or four parts. - the device having functions, in particular for reproducing sound and/or image; - a holding element for coupling and fixing the position of the device at a location; - a distance element for arranging between the device and the holding element ; and - a functional element for supporting at least one function of the device ,
A fiber structure for reinforcing a composite material part, said structure being woven as a single piece by multilayer weaving between a first plurality of layers of yarns (C 1 -C 10 ) and a second plurality of layers of yarns (T 1 -T 10 ), the fiber structure including at least one portion of decreasing thickness , wherein in the portion of decreasing thickness, the fiber structure includes at its surface: • one or more yarn withdrawal parts in surface continuity in each of which yarns (F C3 ) are interrupted that belong to a layer of yarns (C 3 ) of the first plurality of layers of yarns underlying the layer of yarns (C 2 ) of the first plurality of layers of yarns situated at the surface of the structure; and • one or more yarn withdrawal parts in surface discontinuity in each of which yarns (F C1 ) are interrupted in the layer of yarns (C 1 ) of the first plurality of layers of yarns situated in the surface of the structure, each interrupted yarn (C 1 ) being replaced in the surface of the structure by a yarn (F C2 ) of a layer of yarns (C 2 ) underlying the first plurality of layers of yarns; and the yarns of the layers of the second plurality of layers of yarns (T 1 -T 10 ) situated at the surface of the fiber structure are continuous over at least the entire portion of decreasing thickness , the structure being characterized in that the external faces of the fiber structure are made using a satin type weave while the internal part of the fiber structure is made using an interlock type weave, and the yarn (F C2 ) of a layer of yarns underlying the first plurality of layers of yarns is weaved after yarn withdrawal part in surface discontinuity using the satin type weave. • one or more yarn withdrawal parts in surface continuity in each of which yarns (F C3 ) are interrupted that belong to a layer of yarns (C 3 ) of the first plurality of layers of yarns underlying the layer of yarns (C 2 ) of the first plurality of layers of yarns situated at the surface of the structure; and • one or more yarn withdrawal parts in surface discontinuity in each of which yarns (F C1 ) are interrupted in the layer of yarns (C 1 ) of the first plurality of layers of yarns situated in the surface of the structure, each interrupted yarn (C 1 ) being replaced in the surface of the structure by a yarn (F C2 ) of a layer of yarns (C 2 ) underlying the first plurality of layers of yarns; and the yarns of the layers of the second plurality of layers of yarns (T 1 -T 10 ) situated at the surface of the fiber structure are continuous over at least the entire portion of decreasing thickness , the structure being characterized in that the external faces of the fiber structure are made using a satin type weave while the internal part of the fiber structure is made using an interlock type weave, and the yarn (F C2 ) of a layer of yarns underlying the first plurality of layers of yarns is weaved after yarn withdrawal part in surface discontinuity using the satin type weave.
A controller (001; 301) for a vehicle transmission of a vehicle comprising: a ROM comprising: a storage part (005; 305) that stores data; and a control part (004; 304) that is configured to execute processing by using the data stored in the storage part , wherein the storage part (005; 305) is configured to store a plurality of normal control processes of the vehicle transmission, and the control part (004; 304) is configured to duplicate and store such processes among the plurality of normal control processes that cause the vehicle transmission to be uncontrolled, namely a deterioration of drivability and also a restriction of a function of the vehicle transmission, in case of a ROM failure, as alternative control processes, wherein the control part (004; 304) is configured to perform an alternative control process in case of a ROM failure, and wherein the control part (004; 304) of the controller is configured to, out of the plurality of stored normal control processes, select the normal control process to be duplicated depending on the ROM capacity and duplicates only a specific normal control process configured to avoid deterioration of drivability and also a restriction of a function of the vehicle transmission and relating to a relay control process of a solenoid coil of the vehicle and/or a monitoring process of an ignition switch of the vehicle. a storage part (005; 305) that stores data; and a control part (004; 304) that is configured to execute processing by using the data stored in the storage part , wherein the storage part (005; 305) is configured to store a plurality of normal control processes of the vehicle transmission, and the control part (004; 304) is configured to duplicate and store such processes among the plurality of normal control processes that cause the vehicle transmission to be uncontrolled, namely a deterioration of drivability and also a restriction of a function of the vehicle transmission, in case of a ROM failure, as alternative control processes, wherein the control part (004; 304) is configured to perform an alternative control process in case of a ROM failure, and wherein the control part (004; 304) of the controller is configured to, out of the plurality of stored normal control processes, select the normal control process to be duplicated depending on the ROM capacity and duplicates only a specific normal control process configured to avoid deterioration of drivability and also a restriction of a function of the vehicle transmission and relating to a relay control process of a solenoid coil of the vehicle and/or a monitoring process of an ignition switch of the vehicle.