mhurhangee/ep-ind-claims huggingface dataset:
An electric tool, comprising: an electric motor disposed within a tool housing; a first handle graspable by one hand of an operator connected to the tool housing; a first switch disposed on the first handle; a second handle graspable by another hand of the operator connected to the tool housing; a second switch disposed on the second handle; a wireless transmitter disposed on the second handle and coupled to the second switch, the wireless transmitter transmitting a first wireless signal when the second switch is actuated; and a wireless receiver disposed on the tool housing; characterized by a controller coupled to the first switch and the wireless receiver, wherein the controller is configured for enabling the electric motor when both the first switch is actuated and one of the following two conditions occur: - the wireless receiver receives the first wireless signal; and - a second wireless signal from a supervisory control system indicating the second switch has been actuated. an electric motor disposed within a tool housing; a first handle graspable by one hand of an operator connected to the tool housing; a first switch disposed on the first handle; a second handle graspable by another hand of the operator connected to the tool housing; a second switch disposed on the second handle; a wireless transmitter disposed on the second handle and coupled to the second switch, the wireless transmitter transmitting a first wireless signal when the second switch is actuated; and a wireless receiver disposed on the tool housing; characterized by a controller coupled to the first switch and the wireless receiver, wherein the controller is configured for enabling the electric motor when both the first switch is actuated and one of the following two conditions occur: - the wireless receiver receives the first wireless signal; and - a second wireless signal from a supervisory control system indicating the second switch has been actuated. - the wireless receiver receives the first wireless signal; and - a second wireless signal from a supervisory control system indicating the second switch has been actuated.
A multi-layer plastic film (1, 1', 1") for coating components manufactured by compression moulding, comprising the following features: a. the film comprises at least a first layer (2, 2', 2") consisting of a first plastic material and a second layer (4, 4', 4") consisting of a second plastic material, b. the first plastic material has a higher temperature resistance than the second plastic material, c. the second plastic material is thermoplastic, characterised in that d. an adhesion-promoting adhesion layer in the form of a flexible primer layer consisting of a cross-linking polymer, which bonds the first layer (2, 2', 2") to the second layer (4, 4', 4") by adhesion, is disposed between the first layer (2, 2', 2") and the second layer (4, 4', 4"). a. the film comprises at least a first layer (2, 2', 2") consisting of a first plastic material and a second layer (4, 4', 4") consisting of a second plastic material, b. the first plastic material has a higher temperature resistance than the second plastic material, c. the second plastic material is thermoplastic, characterised in that d. an adhesion-promoting adhesion layer in the form of a flexible primer layer consisting of a cross-linking polymer, which bonds the first layer (2, 2', 2") to the second layer (4, 4', 4") by adhesion, is disposed between the first layer (2, 2', 2") and the second layer (4, 4', 4").
A work vehicle, comprising: a pair of booms attached to a front part of a vehicle body in an upwardly and downwardly rotatable state; and a link mechanism configured to keep a working unit in a posture roughly parallel to the ground in elevating the booms from a position where the working unit is disposed on the ground without rotating the working unit when a fork is attached to tips of the booms as the working unit; characterized by a control unit configured to execute a tilt angle adjusting control for the working unit in accordance with variation in an angle of the booms in elevating the booms from the position where the working unit is disposed on the ground when a tilt angle (θ1, θ2, θ3) of the working unit is greater than or equal to a predetermined threshold. a pair of booms attached to a front part of a vehicle body in an upwardly and downwardly rotatable state; and a link mechanism configured to keep a working unit in a posture roughly parallel to the ground in elevating the booms from a position where the working unit is disposed on the ground without rotating the working unit when a fork is attached to tips of the booms as the working unit; characterized by a control unit configured to execute a tilt angle adjusting control for the working unit in accordance with variation in an angle of the booms in elevating the booms from the position where the working unit is disposed on the ground when a tilt angle (θ1, θ2, θ3) of the working unit is greater than or equal to a predetermined threshold.
A prosthetic acetabular cup inserter and impactor comprising a body, a cup holding means (3, 4) disposed at a first end of said body and adapted to hold a cup with which it is used by engaging an inner surface thereof, and operating means adapted to axially rotate said cup holding means (3,4) and said cup held thereon in relation to said body in use, characterised in that an impaction plate adapted to engage a rim of said cup is disposed between said body and said cup holding means (3, 4), and in which said impaction plate is connected to said operating means by linkage means (48, 49, 50) which act to axially rotate said impaction plate in unison with said cup holding means (3, 4) and said cup held thereon in use.
An apparatus under the control of an electronic data processing unit for selecting and dispensing paint chips, comprising a) a plurality of paint chips, each paint chip comprising i) a substrate and having applied thereto at least one paint layer having specified visual appearance properties, and ii) a paint chip identifier comprising a machine readable code, b) a data input unit for entering visual appearance properties identification criteria c) a paint chip storage unit having paint chip storage locations, and characterised by each paint chip storage location having a unique paint chip storage location address, d) a paint chip selection and dispensing unit capable of selecting and dispensing paint chips in response to entered visual appearance properties identification criteria, e) a paint chip receiving unit. a) a plurality of paint chips, each paint chip comprising i) a substrate and having applied thereto at least one paint layer having specified visual appearance properties, and ii) a paint chip identifier comprising a machine readable code, i) a substrate and having applied thereto at least one paint layer having specified visual appearance properties, and ii) a paint chip identifier comprising a machine readable code, b) a data input unit for entering visual appearance properties identification criteria c) a paint chip storage unit having paint chip storage locations, and characterised by each paint chip storage location having a unique paint chip storage location address, d) a paint chip selection and dispensing unit capable of selecting and dispensing paint chips in response to entered visual appearance properties identification criteria, e) a paint chip receiving unit.
An information processing apparatus comprising: a first means (30, 31), configured to provide a plurality of virtual network functions, VNFs, configured to each execute communication processing, each VNF operating on a virtual machine; a second means configured to forward a received packet to a VNF associated with a communication path to which the received packet belongs, among the plurality of VNFs; and a third means configured to connect a plurality of shared databases with the plurality of VNFs, wherein each of the shared databases stores communication status related to the communication path corresponding to each VNF allocated to the respective shared database, wherein each of the shared databases corresponds to a VNF type; wherein the third means is configured to, in response to migrating a first VNF among the plurality of VNFs to another virtual machine, establish a connection between the first VNF and a first shared database among the plurality of shared databases, wherein the third means is configured to select the first shared database depending on the type of the first VNF. a first means (30, 31), configured to provide a plurality of virtual network functions, VNFs, configured to each execute communication processing, each VNF operating on a virtual machine; a second means configured to forward a received packet to a VNF associated with a communication path to which the received packet belongs, among the plurality of VNFs; and a third means configured to connect a plurality of shared databases with the plurality of VNFs, wherein each of the shared databases stores communication status related to the communication path corresponding to each VNF allocated to the respective shared database, wherein each of the shared databases corresponds to a VNF type; wherein the third means is configured to, in response to migrating a first VNF among the plurality of VNFs to another virtual machine, establish a connection between the first VNF and a first shared database among the plurality of shared databases, wherein the third means is configured to select the first shared database depending on the type of the first VNF.
A system comprising: an instrument comprising a biopsy device (900, 1200) including a biopsy tip having an optically transparent region (908, 1218), the biopsy device being connected to a surgical suction device for removal of tissue from a subject; and a stimulated Raman scattering microscope configured to image said tissue and create an image of said tissue; characterized in that a passive or active tracking marker is included on the suction device or is configured as part of the biopsy tip that can track said biopsy tip; a navigation system is provided for tracking a position of said biopsy tip and registering a location of said biopsy tip relative to structural data based on magnetic resonance imaging/computer tomograph imaging (MRI/CT) and relative to histologic data based on SRS-imaging; and a display is provided that is configured to show a merged dataset with MRI and SRS imaging information. an instrument comprising a biopsy device (900, 1200) including a biopsy tip having an optically transparent region (908, 1218), the biopsy device being connected to a surgical suction device for removal of tissue from a subject; and a stimulated Raman scattering microscope configured to image said tissue and create an image of said tissue; characterized in that a passive or active tracking marker is included on the suction device or is configured as part of the biopsy tip that can track said biopsy tip; a navigation system is provided for tracking a position of said biopsy tip and registering a location of said biopsy tip relative to structural data based on magnetic resonance imaging/computer tomograph imaging (MRI/CT) and relative to histologic data based on SRS-imaging; and a display is provided that is configured to show a merged dataset with MRI and SRS imaging information.
Support frame for a thermal insulating body of a wall (5, 4a to 4e) of a household refrigeration appliance, which is embodied as angular and closed off on all sides, wherein an inner edge is embodied on at least one support frame part (14 to 17) contributing to the formation of the angular geometry, which inner edge faces towards an opposite other support frame part (14 to 17) and is arranged on the at least one seal with at least one sealing lip (24a, 24b), characterised in that the support frame has a framework structure on the inside, at least in areas, wherein said framework structure is embodied as lying in the interior away from corner regions (9a to 9d) of the support frame and without interruption.
A floating offshore wind turbine, having a floating foundation and a motion suppression device, wherein the motion suppression device comprises at least one annular stabilizing plate attached to the floating foundation and arranged horizontally surrounding the floating foundation; and the stabilizing plate is provided with a plurality of fin stabilizers comprising a first group of fin stabilizers arranged on one side of the stabilizing plate, and the first group of fin stabilizers are arranged vertically surrounding the floating foundation and spaced apart from each other, wherein each fin stabilizer in the first group is deflected in a horizontal plane by a first angle (α) in a width direction with respect to a straight line passing through a center of the floating foundation and an inner endpoint of the fin stabilizer, and the first angle (α) is greater than 0 degree and less than 45 degree.
A method for authenticating a user, comprising: - accessing, by a device, a key and at least one initial vector, the key being a single use key and not dependent on user authentication data, the at least one initial vector being previously generated by using a first algorithm, at least one reference vector and reference user authentication data, the at least one reference vector being previously generated without using the reference user authentication data; - accessing, by the device, data and provided user authentication data; - generating, by the device, at least one intermediary vector by using a second algorithm, the at least one initial vector and the provided user authentication data; - generating, by the device, a cryptogram by using a third algorithm, the key, the at least one intermediary vector and the data; - receiving, by a server, a request for authenticating a user accompanied with the cryptogram and the data; - accessing, by the server, the key and the at least one reference vector; - generating, by the server, a reference cryptogram by using the third algorithm, the key, the at least one reference vector and the data; - verifying, by the server, whether the reference cryptogram does or does not match the cryptogram; and - authenticating or not, by the server, if the reference cryptogram does or does not match the cryptogram, the user respectively. - accessing, by a device, a key and at least one initial vector, the key being a single use key and not dependent on user authentication data, the at least one initial vector being previously generated by using a first algorithm, at least one reference vector and reference user authentication data, the at least one reference vector being previously generated without using the reference user authentication data; - accessing, by the device, data and provided user authentication data; - generating, by the device, at least one intermediary vector by using a second algorithm, the at least one initial vector and the provided user authentication data; - generating, by the device, a cryptogram by using a third algorithm, the key, the at least one intermediary vector and the data; - receiving, by a server, a request for authenticating a user accompanied with the cryptogram and the data; - accessing, by the server, the key and the at least one reference vector; - generating, by the server, a reference cryptogram by using the third algorithm, the key, the at least one reference vector and the data; - verifying, by the server, whether the reference cryptogram does or does not match the cryptogram; and - authenticating or not, by the server, if the reference cryptogram does or does not match the cryptogram, the user respectively.
A flue-cured and/or heat-treated tobacco made from a modified tobacco plant selected from the 10NH-18 line (ATCC Accession Number PTA-12341) and the 10NH-23 line (ATCC Accession Number PTA-12339) or a portion thereof, comprising a decrease in at least one endogenous amino acid as compared to an unmodified tobacco plant from which the plant is derived.
Compositions comprising 1) as component I: compound I-3 2-[4-(4-chlorophenoxy)-2-(trifluoromethyl)phenyl]-1-(1,2,4-triazol-1-yl)propan-2-ol; and 2) as component II triflumezopyrim (Mesoionic) (II-7). 1) as component I: compound I-3 2-[4-(4-chlorophenoxy)-2-(trifluoromethyl)phenyl]-1-(1,2,4-triazol-1-yl)propan-2-ol; and 2) as component II triflumezopyrim (Mesoionic) (II-7).
A method of motion compensation in a projection data set of an object of interest, the method comprising the steps of: selecting a plurality of gating windows, the plurality of gating windows comprising a first gating window comprising first projection data and a second gating window comprising second projection data; estimating a motion of the object of interest on the basis of the projection data of the first and the second gating windows; performing a motion compensated reconstruction on the basis of the motion estimation; wherein the first and second gating windows at least partially overlap on a time axis, and wherein the selection of the first gating window and the second gating window comprises the steps of: selecting a first phase point; determining the first gating window comprising first projection data, wherein the first gating window corresponds to the first phase point; selecting a second phase point on the basis of the first phase point; determining a second gating window comprising second projection data, wherein the second gating window corresponds to the second phase point.
Medical catheter instrument, comprising - a shaft portion, - a distal portion bendable in a controlled manner in at least one direction relative to the shaft portion, and - at least one control element extending in an axially movable manner through the shaft portion to the distal portion, the axial movement of the control element controlling a corresponding bending movement of the distal portion, - at least one bending assembly comprising at least one elongated, elastically bendable stiffening element and at least one elongated, bendable and axially length-variable bending element (6"), which are provided at least in an axial subregion of the distal portion and extend therein with an axial main component, wherein the stiffening element forms a bending movement restoring element which has a higher flexural rigidity than the at least one bending element, and the bending element is coupled to the at least one control element or forms a part of the control element, characterized in that - the control element is formed by a tension wire which is coupled to a distal end region of the bending element (6"), and the bending element (6") has two hollow channels (6a 1, 6a 2), through which the tension wire is guided in one piece so as to form a return bend at the distal end region of the bending element and two proximal ends tensionally actuated in synchronization. - a shaft portion, - a distal portion bendable in a controlled manner in at least one direction relative to the shaft portion, and - at least one control element extending in an axially movable manner through the shaft portion to the distal portion, the axial movement of the control element controlling a corresponding bending movement of the distal portion, - at least one bending assembly comprising at least one elongated, elastically bendable stiffening element and at least one elongated, bendable and axially length-variable bending element (6"), which are provided at least in an axial subregion of the distal portion and extend therein with an axial main component, wherein the stiffening element forms a bending movement restoring element which has a higher flexural rigidity than the at least one bending element, and the bending element is coupled to the at least one control element or forms a part of the control element, - the control element is formed by a tension wire which is coupled to a distal end region of the bending element (6"), and the bending element (6") has two hollow channels (6a 1, 6a 2), through which the tension wire is guided in one piece so as to form a return bend at the distal end region of the bending element and two proximal ends tensionally actuated in synchronization.
A thermoplastic resin composition, comprising: a rubber-reinforced aromatic vinyl resin (A, B), a crystalline thermoplastic resin, and a fibrous or layered filler, said thermoplastic resin composition having melting points, as measured according to JIS K7121-1987, between 0 and 100°C and between 170 and 280°C, and a bending elastic modulus of 3,000 MPa or higher.
A flat contact socket with a connection section for electrically connecting to an electrical conductor and to a flat contact receptacle, which extends in a socket body along a flat contact plane, which is spaced apart from the connection section, and into which a flat contact can be inserted through an insertion opening along an insertion direction, wherein the flat contact socket has at least one blocking element which is opposite the insertion opening in the insertion direction and which delimits the flat contact receptacle at least in the insertion direction, characterised in that the at least one blocking element protrudes transverse to the insertion direction from at least one cantilever in a freestanding manner, wherein the at least one cantilever extends in the insertion direction.
An article of footwear comprising: an upper defining an interior void; a cable movable in a tightening direction to move the upper into a tightened state and movable in a loosening direction to move the upper into a loosened state; and a cable lock coupled with the article of footwear and including a housing and operable in a locked state to restrict movement of the cable in the loosening direction and operable in an unlocked state to permit movement of the cable in the loosening direction, the cable lock including a first pulley disposed within the housing and positioned to freely rotate in response to movement of the cable through the housing and along an outer circumferential portion of the first pulley, wherein the cable lock includes a second pulley configured to provide audible feedback and tactile feedback when the cable is translated relative to and within the housing in the tightening direction, the second pulley engaging a different portion of the cable than the first pulley. an upper defining an interior void; a cable movable in a tightening direction to move the upper into a tightened state and movable in a loosening direction to move the upper into a loosened state; and a cable lock coupled with the article of footwear and including a housing and operable in a locked state to restrict movement of the cable in the loosening direction and operable in an unlocked state to permit movement of the cable in the loosening direction, the cable lock including a first pulley disposed within the housing and positioned to freely rotate in response to movement of the cable through the housing and along an outer circumferential portion of the first pulley, wherein the cable lock includes a second pulley configured to provide audible feedback and tactile feedback when the cable is translated relative to and within the housing in the tightening direction, the second pulley engaging a different portion of the cable than the first pulley.
Refrigeration and/or freezer device, having a body, and a cooled interior space, located in the body, which is at least partially delimited by an inner container, which comprises two opposite side walls on which in each case one rib is located, on which a shelf, in particular a glass plate, is supported, wherein the ribs are located only in the rear third of the inner container, in the depth direction of the inner container, characterized in that one of the ribs comprises a securing element which is configured so secure the shelf against relative movement in the longitudinal direction, and the securing element comprises a recess in the rib into which a protrusion of the shelf engages.