mhurhangee/ep-ind-claims huggingface dataset:
A tibial baseplate configured for implantation upon a patient's proximal tibia, the tibial baseplate comprising: a medial compartment; a lateral compartment opposite the medial compartment; a proximal surface; a distal surface opposite the proximal surface, the distal surface sized and shaped to substantially cover the patient's proximal tibia; an outer periphery cooperatively defined by an anterior face, a medial face, a lateral face, and at least one posterior face (20, 22); at most one medial fixation peg associated with the medial compartment, the medial fixation peg extending distally from the distal surface and positioned for implantation into the patient's proximal tibia; and at most one lateral fixation peg associated with the lateral compartment, the lateral fixation peg extending distally from the distal surface and positioned for implantation into the patient's proximal tibia, the lateral fixation peg being located closer to the anterior face than the medial fixation peg wherein the anterior face has a flat portion disposed between the medial and lateral compartments (16, 14) and in that the tibial baseplate further comprises an anterior-posterior axis (A H) that bisects a posterior cutout formed in the at least one posterior face (20, 22) of the tibial baseplate, characterised in that the anterior-posterior axis bisects the flat portion of the anterior face. a medial compartment; a lateral compartment opposite the medial compartment; a proximal surface; a distal surface opposite the proximal surface, the distal surface sized and shaped to substantially cover the patient's proximal tibia; an outer periphery cooperatively defined by an anterior face, a medial face, a lateral face, and at least one posterior face (20, 22); at most one medial fixation peg associated with the medial compartment, the medial fixation peg extending distally from the distal surface and positioned for implantation into the patient's proximal tibia; and at most one lateral fixation peg associated with the lateral compartment, the lateral fixation peg extending distally from the distal surface and positioned for implantation into the patient's proximal tibia, the lateral fixation peg being located closer to the anterior face than the medial fixation peg wherein the anterior face has a flat portion disposed between the medial and lateral compartments (16, 14) and in that the tibial baseplate further comprises an anterior-posterior axis (A H) that bisects a posterior cutout formed in the at least one posterior face (20, 22) of the tibial baseplate, characterised in that the anterior-posterior axis bisects the flat portion of the anterior face.
Assembly of a carrying device and a plurality of intermediate carrying members made from plastic film, wherein each intermediate packaging member comprises a packaging portion for packaging a product, as well as a mounting portion mounted on the carrying device, wherein the mounting portion has at least two holes, wherein the carrying device engages said holes, wherein the packaging portion is arranged to be separated from the mounting portion, so that a product packaged in the packaging portion can be removed while the mounting portion remains mounted on the carrying device, wherein both the carrying device and the intermediate packaging members are manufactured from a polymer such as polyethene or polypropene, wherein the carrying device comprises a folding member having a pair of opposite side wings (12,13), which side wings (12,13) are flexibly connected to each other, wherein the one side wing is provided with at least two hooking members (30, 30a, 30b), wherein the other side wing is provided with coupling members (40, 40a, 40b) for coupling on to said hooking members (30, 30a, 30b), wherein the folding member further has a central portion lying between the two side wings (12,13), characterized in that the carrying device comprises a pair of rod portions provided on opposite ends of the folding member, wherein the pair of rod portions lie in line with each other, and each rod portion is connected to the central portion of the folding member by a connecting element extending away from the top surface of the folding member such that each rod portion is positioned at a certain distance above that surface.
A method for simultaneous transmission in time and frequency of two communications (3, 6) of data using orthogonal frequency division multiplexing, OFDM, modulation, wherein the two communications of data take place at the same time on a single channel, one communication of the two communications being made in a first network and another communication of the two communications being made in a second network different from the first network, and wherein each of the first and second networks uses a transmission starting signal that has properties which a receiver looks for in signals received via the channel in order to be able to receive data being sent, the method comprising: modifying the properties of the starting signal by performing a frequency shift between carriers making up the starting signal for the one communication and carriers making up the starting signal for the other communication, wherein the frequency shift is equal to a fraction of a separation between carriers of the OFDM modulation.
A buckle for releasable load coupling of two elements, in particular for an object that can be worn on the human body, in particular a ballistic vest, comprising a first and a second buckle component (1, 2), wherein the buckle components (1, 2) each comprise a connection area via which one of the elements is connectable to the buckle component (1, 2), and a coupling area via which the buckle components can be coupled to one another in a form-fit manner, wherein the buckle components (1, 2) are releasably locked to one another at the coupled position by means of a locking element, wherein the coupling areas of the buckle components (1, 2) are in each case formed by a hook profile extending in the width direction, wherein said hook profiles of the buckle components are configured to be complementary and interengage in the coupled position of the buckle components (1, 2), characterized in that the locking element comprises an elastic locking arm which locks with at least one locking edge serving as a counter element, wherein the locking engagement can be released by pulling an operating element, in particular a string loop.
An electronic device comprising: a substrate having opposing top and bottom surfaces (24, 26); a ground layer disposed in the substrate between the top surface and the bottom surface; an electrically conductive chassis having a mounting surface having a plurality of raised dimples to receive the bottom surface of the substrate and in electrical contact with the ground layer by ground stitch vias; contact pads to which the ground stitch vias are connected that are mounted on the bottom surface of the substrate and that are arranged along a perimeter of the surface; and an electromagnetic shield defined by the ground layer, the ground stitch vias and the chassis to enclose the bottom surface of the substrate and protect the bottom surface from electromagnetic interference; and a non-conductive cover having an interior surface with a plurality of posts arranged along a perimeter, wherein the cover is assembled to the substrate in tension so that the plurality of posts applies a force to the top surface of the substrate thereby ensuring the chassis maintains in electrical contact between each of the contact pads and the dimples with the ground layer. a substrate having opposing top and bottom surfaces (24, 26); a ground layer disposed in the substrate between the top surface and the bottom surface; an electrically conductive chassis having a mounting surface having a plurality of raised dimples to receive the bottom surface of the substrate and in electrical contact with the ground layer by ground stitch vias; contact pads to which the ground stitch vias are connected that are mounted on the bottom surface of the substrate and that are arranged along a perimeter of the surface; and an electromagnetic shield defined by the ground layer, the ground stitch vias and the chassis to enclose the bottom surface of the substrate and protect the bottom surface from electromagnetic interference; and a non-conductive cover having an interior surface with a plurality of posts arranged along a perimeter, wherein the cover is assembled to the substrate in tension so that the plurality of posts applies a force to the top surface of the substrate thereby ensuring the chassis maintains in electrical contact between each of the contact pads and the dimples with the ground layer.
Mowing device having a protective device which, when the mowing device is in operation, delimits a working space in which a mowing element is guided in a ground-copying manner, the protective device comprising a side element having an adjustment mechanism which has an edge bracket which can be adjusted from an operating position provided during operation of the mowing device into a transport position provided during road transport of the mowing device, a protective cloth being arranged on the edge bracket that hangs from the edge bracket towards the ground and is raised in the transport position compared to the operating position, characterised in that the adjustment mechanism also comprises a holding bracket and is designed to move the holding bracket from a basic position which is spaced apart from the protective cloth into a holding position abutting said protective cloth when the edge bracket is adjusted from the operating position into the transport position, the holding bracket abutting the protective cloth in the holding position so that the protective cloth can no longer flap back and forth during road transport.
A method for connecting an appliance to a network, which is performed by a terminal, the method comprising: receiving (101, 201) appliance information broadcast by a smart appliance, the appliance information at least containing an appliance identification of the smart appliance; displaying (102, 202) a prompt for connecting the smart appliance to a wireless network, the current interface of the terminal being a display interface of a list of smart appliances, and displaying the prompt comprising adding the appliance information to the list of smart appliances to be displayed; and if a connecting instruction triggered by a user according to the prompt is received, connecting the smart appliance to the wireless network according to the connecting instruction; characterised in that: adding the appliance information to the list of smart appliances to be displayed, comprises determining a smart appliance in the list of smart appliances which has not been connected to the wireless network, and displaying appliance information of the determined smart appliance in a flashing manner, and wherein the flashing frequency of the appliance information is the same as that of a prompting lamp of the smart appliance. receiving (101, 201) appliance information broadcast by a smart appliance, the appliance information at least containing an appliance identification of the smart appliance; displaying (102, 202) a prompt for connecting the smart appliance to a wireless network, the current interface of the terminal being a display interface of a list of smart appliances, and displaying the prompt comprising adding the appliance information to the list of smart appliances to be displayed; and if a connecting instruction triggered by a user according to the prompt is received, connecting the smart appliance to the wireless network according to the connecting instruction; characterised in that: adding the appliance information to the list of smart appliances to be displayed, comprises determining a smart appliance in the list of smart appliances which has not been connected to the wireless network, and displaying appliance information of the determined smart appliance in a flashing manner, and wherein the flashing frequency of the appliance information is the same as that of a prompting lamp of the smart appliance. adding the appliance information to the list of smart appliances to be displayed, comprises determining a smart appliance in the list of smart appliances which has not been connected to the wireless network, and displaying appliance information of the determined smart appliance in a flashing manner, and wherein the flashing frequency of the appliance information is the same as that of a prompting lamp of the smart appliance.
A storage element comprising: a storage layer which stores information based on a magnetization state of a magnetic material; a fixed magnetization layer provided for the storage layer with a tunnel insulating layer in between; a spin barrier layer which suppresses diffusion of spin-polarized electrons, includes one or more insulating materials selected from oxides, nitrides, and fluorides, and is provided on the side of the storage layer opposite the fixed magnetization layer; and a spin absorption layer formed of a nonmagnetic metal layer causing a spin pumping phenomenon, provided on the side of the spin barrier layer opposite the storage layer and including at least one element selected from Pt, Ru, Pd, and Au; and a cap layer including a nonmagnetic metal material and provided on the side of the spin absorption layer opposite the spin barrier layer, wherein the storage element is configured to utilize inversion of magnetization due to spin-polarized electrons injected in a layering direction to change a magnetization direction of the storage layer so that information is recorded in the storage layer. a storage layer which stores information based on a magnetization state of a magnetic material; a fixed magnetization layer provided for the storage layer with a tunnel insulating layer in between; a spin barrier layer which suppresses diffusion of spin-polarized electrons, includes one or more insulating materials selected from oxides, nitrides, and fluorides, and is provided on the side of the storage layer opposite the fixed magnetization layer; and a spin absorption layer formed of a nonmagnetic metal layer causing a spin pumping phenomenon, provided on the side of the spin barrier layer opposite the storage layer and including at least one element selected from Pt, Ru, Pd, and Au; and a cap layer including a nonmagnetic metal material and provided on the side of the spin absorption layer opposite the spin barrier layer, wherein the storage element is configured to utilize inversion of magnetization due to spin-polarized electrons injected in a layering direction to change a magnetization direction of the storage layer so that information is recorded in the storage layer.
A method for facilitating DHCP dynamic host configuration protocol Snooping data, the method comprising: (a) at a first network device, receiving a request and a response that together include an internet protocol IP address and a media access control MAC address for a particular node; (b) at the first network device, storing a binding entry in a DHCP Snooping Database, wherein the stored binding entry includes the IP and MAC address for the particular node; and (c) sending at least a portion of the binding entry from the first network device to a second network device, wherein the first and second network device belong to a same redundancy network device group. (a) at a first network device, receiving a request and a response that together include an internet protocol IP address and a media access control MAC address for a particular node; (b) at the first network device, storing a binding entry in a DHCP Snooping Database, wherein the stored binding entry includes the IP and MAC address for the particular node; and (c) sending at least a portion of the binding entry from the first network device to a second network device, wherein the first and second network device belong to a same redundancy network device group.
A photovoltaic unit comprising: a biological interface for sensing an electrical signal from the biological tissue, the biological interface including a multilayered piezoelectric amplifier including a composite impulse generating layer including a matrix of a piezo polymeric material and dispersed phases including piezo nanocrystals and carbon nanotubes; carbon nanotube funnels for receiving the electrical signal from the biological interface; and a transducer structure comprising a fiber substrate having quantum dots present on a receiving end of the fiber substrate, the receiving end of the fiber substrate receiving the electrical signal from the carbon nanotube funnels, the quantum dots converting the electrical signal to a light signal. a biological interface for sensing an electrical signal from the biological tissue, the biological interface including a multilayered piezoelectric amplifier including a composite impulse generating layer including a matrix of a piezo polymeric material and dispersed phases including piezo nanocrystals and carbon nanotubes; carbon nanotube funnels for receiving the electrical signal from the biological interface; and a transducer structure comprising a fiber substrate having quantum dots present on a receiving end of the fiber substrate, the receiving end of the fiber substrate receiving the electrical signal from the carbon nanotube funnels, the quantum dots converting the electrical signal to a light signal.
An optical microscope comprising: an observation optical system capable of capturing, with an image pickup device (10; 63), an optical image of an observation target object (1; 51) that has been obtained with an objective lens (5; 57), and sending out the optical image as an image signal; and an autofocus device (11, 12, 13, 14, 15; 71, 72, 73, 74, 75, 76) that adjusts a focal position of the objective lens (5; 57) based on autofocus light emitted from a focusing light source (11; 71) so as to focus on the observation target object (1; 51), wherein a capturing period during which an image of the observation target object (1; 51) is captured and a non-capturing period during which an image of the observation target object (1; 51) is not captured are repeated in the image pickup device (10; 63), and wherein the autofocus light is emitted from the focusing light source (11; 71) during the non-capturing period, characterised in that the image pickup device (10; 63) captures a moving image of the observation target object(1; 51) by continuously obtaining captured images during the capturing period. an observation optical system capable of capturing, with an image pickup device (10; 63), an optical image of an observation target object (1; 51) that has been obtained with an objective lens (5; 57), and sending out the optical image as an image signal; and an autofocus device (11, 12, 13, 14, 15; 71, 72, 73, 74, 75, 76) that adjusts a focal position of the objective lens (5; 57) based on autofocus light emitted from a focusing light source (11; 71) so as to focus on the observation target object (1; 51), wherein a capturing period during which an image of the observation target object (1; 51) is captured and a non-capturing period during which an image of the observation target object (1; 51) is not captured are repeated in the image pickup device (10; 63), and wherein the autofocus light is emitted from the focusing light source (11; 71) during the non-capturing period, characterised in that the image pickup device (10; 63) captures a moving image of the observation target object(1; 51) by continuously obtaining captured images during the capturing period.
A screen assembly, comprising: a plurality of injection molded subgrids (414, 418), each with an injection molded screen element fused thereto via laser welding, wherein the screen element is a single thermoplastic molded piece, wherein the plurality of injection molded subgrids (414, 418) are attached together, wherein either: (i) each injection molded screen element has a first adhesion arrangement, and each injection molded subgrid (414, 418) has a second adhesion arrangement, wherein the first adhesion arrangement and the second adhesion arrangement are different materials; or (ii) the injection molded screen element and the injection molded subgrids (414, 418) are different materials. a plurality of injection molded subgrids (414, 418), each with an injection molded screen element fused thereto via laser welding, wherein the screen element is a single thermoplastic molded piece, wherein the plurality of injection molded subgrids (414, 418) are attached together, wherein either: (i) each injection molded screen element has a first adhesion arrangement, and each injection molded subgrid (414, 418) has a second adhesion arrangement, wherein the first adhesion arrangement and the second adhesion arrangement are different materials; or (ii) the injection molded screen element and the injection molded subgrids (414, 418) are different materials. (i) each injection molded screen element has a first adhesion arrangement, and each injection molded subgrid (414, 418) has a second adhesion arrangement, wherein the first adhesion arrangement and the second adhesion arrangement are different materials; or (ii) the injection molded screen element and the injection molded subgrids (414, 418) are different materials.
A method for selecting a mode of a terminal, wherein the method is executed by the terminal and comprises: querying whether a wearable device that is connected to the terminal exists; determining whether the wearable device found by querying is the same as a paired wearable device; selecting a first mode as the mode of the terminal when the wearable device found by querying is the same as the paired wearable device; and selecting a second mode as the mode of the terminal when the wearable device found by querying is different from the paired wearable device, wherein after the selecting a second mode as the mode of the terminal, the method further comprises: acquiring, by the terminal, a sound signal sent out by a wearable device, determining whether the sound signal meets a set condition, and sending out, by the terminal, alert information when the set condition is not met. querying whether a wearable device that is connected to the terminal exists; determining whether the wearable device found by querying is the same as a paired wearable device; selecting a first mode as the mode of the terminal when the wearable device found by querying is the same as the paired wearable device; and selecting a second mode as the mode of the terminal when the wearable device found by querying is different from the paired wearable device, wherein after the selecting a second mode as the mode of the terminal, the method further comprises: acquiring, by the terminal, a sound signal sent out by a wearable device, determining whether the sound signal meets a set condition, and sending out, by the terminal, alert information when the set condition is not met.
An elongate shaped abrasive particle comprising an elongate shaped ceramic body having opposed first and second ends joined to each other by at least two longitudinal sidewalls, wherein at least one of the at least two longitudinal sidewalls is concave along its length, and wherein at least one of the first and second ends is a fractured surface; wherein the width of the elongate shaped abrasive particle is at least 100 microns; and wherein elongate means having an aspect ratio of at least 2 and aspect ratio refers to the ratio of average length to average thickness.