mhurhangee/patent-ind-claim-en huggingface dataset:
A tooth cleaning device with integrated drive device for hands-free, simultaneous cleaning of several, preferably all, teeth of a user, comprising: a support structure comprising: a mouth insert for the user's upper jaw and a mouth insert for the user's lower jaw; and at least one drive device for generating vibrations; wherein said at least one drive device being at least partially disposed in a space between said upper jaw mouth insert and said lower jaw mouth insert and being and connected to said upper jaw mouth insert and said lower jaw mouth insert , for transmitting vibrations of said at least one drive device to said mouth inserts , wherein the toothbrushing device is characterized in that it further comprises: a silicone shell substantially completely surrounding the support structure and the at least one drive device . a support structure comprising: a mouth insert for the user's upper jaw and a mouth insert for the user's lower jaw; and at least one drive device for generating vibrations; a mouth insert for the user's upper jaw and a mouth insert for the user's lower jaw; and at least one drive device for generating vibrations; wherein said at least one drive device being at least partially disposed in a space between said upper jaw mouth insert and said lower jaw mouth insert and being and connected to said upper jaw mouth insert and said lower jaw mouth insert , for transmitting vibrations of said at least one drive device to said mouth inserts , wherein the toothbrushing device is characterized in that it further comprises: a silicone shell substantially completely surrounding the support structure and the at least one drive device .
A service type discovery method performed by a mobile device , the method comprising: receiving , at the mobile device, a beacon frame transmitted by an access point, AP , that supports a wireless network or a probe response frame transmitted by the AP to the mobile device, the beacon frame or the probe response frame including a service type announcement element , the service type announcement element indicating one or more service types offered by the AP or offered by the wireless network through the AP, the service type announcement element comprising a service type bit mask having a variable length in octets, wherein bits of the service type bit mask represent based on their position within the bit mask a plurality of network service types, and wherein each bit of the service type bit mask indicates that at least one of the network service types is available within or accessible via the wireless network, wherein the service type announcement element is received prior to association with the AP; and making a determination whether any of the one or more service types indicated as being available or accessible in the received service type bit mask is a matching network service type, by the mobile device based on the service type bit mask and a list of network service types required by applications on the mobile device, the list being accessible to the mobile device; and implementing a network selection algorithm based on the determination. receiving , at the mobile device, a beacon frame transmitted by an access point, AP , that supports a wireless network or a probe response frame transmitted by the AP to the mobile device, the beacon frame or the probe response frame including a service type announcement element , the service type announcement element indicating one or more service types offered by the AP or offered by the wireless network through the AP, the service type announcement element comprising a service type bit mask having a variable length in octets, wherein bits of the service type bit mask represent based on their position within the bit mask a plurality of network service types, and wherein each bit of the service type bit mask indicates that at least one of the network service types is available within or accessible via the wireless network, wherein the service type announcement element is received prior to association with the AP; and making a determination whether any of the one or more service types indicated as being available or accessible in the received service type bit mask is a matching network service type, by the mobile device based on the service type bit mask and a list of network service types required by applications on the mobile device, the list being accessible to the mobile device; and implementing a network selection algorithm based on the determination.
A dial for a watch, comprising: a semi-transparent photovoltaic layer comprising one or more transparent area and one or more opaque area, the layer being, in terms of surface area, predominantly transparent, said layer having a lower face; and an ink-based decorative layer printed on the lower face of the photovoltaic layer , the decorative layer including a pattern , the pattern comprising one or more time markers . a semi-transparent photovoltaic layer comprising one or more transparent area and one or more opaque area, the layer being, in terms of surface area, predominantly transparent, said layer having a lower face; and an ink-based decorative layer printed on the lower face of the photovoltaic layer , the decorative layer including a pattern , the pattern comprising one or more time markers .
A relay method, applied to a relay terminal, wherein the relay terminal comprises a relay protocol stack, the relay protocol stack is configured to be between a packet data convergence protocol (PDCP) layer and a layer 2 protocol stack or to be a protocol stack of a medium access control (MAC) layer, and the relay protocol stack comprises a relay receiver entity and a relay sender entity, and the method comprises: receiving , by the relay receiver entity, a relay protocol data unit (PDU) sent by a prior node, and transmitting, by the relay receiver entity, the relay PDU to the relay sender entity; and sending , by the relay sender entity, the relay PDU to a next node, characterized in that , the relay PDU comprises a first relay PDU, a protocol header of the first relay PDU comprises: a terminal identifier of a remote terminal, and the terminal identifier is a source identifier of the first relay PDU; and the first relay PDU further comprises indication information, and the indication information is configured to indicate a cell group in which a PDCP entity of a radio bearer between the relay terminal and the network device is located. receiving , by the relay receiver entity, a relay protocol data unit (PDU) sent by a prior node, and transmitting, by the relay receiver entity, the relay PDU to the relay sender entity; and sending , by the relay sender entity, the relay PDU to a next node, characterized in that , the relay PDU comprises a first relay PDU, a protocol header of the first relay PDU comprises: a terminal identifier of a remote terminal, and the terminal identifier is a source identifier of the first relay PDU; and the first relay PDU further comprises indication information, and the indication information is configured to indicate a cell group in which a PDCP entity of a radio bearer between the relay terminal and the network device is located.
Agricultural centrifugal spreader , wherein at least one radar sensor (6, 6.1, 6.2) for determining the distribution characteristic of the centrifugal spreader is arranged on the centrifugal spreader , wherein the radar sensor (6, 6.1, 6.2) is assigned to a first spreading disc (3.1, 3.2) of the centrifugal spreader , characterized in that a shielding apparatus is arranged at least in a possible visual axis between the radar sensor (6.1, 6.2) and a second spreading disc (3.2, 3.1) of the centrifugal spreader and/or the thrower blades thereof, and the shielding apparatus blocks one or more direct lines of sight between the radar sensor (6.1, 6.2) and the second spreading disc (3.2, 3.1) and/or blocks the thrower blade(s) of the second spreading disc (3.2, 3.1) such that no undesired backscatter of radar waves can take place at the second spreading disc (3.2, 3.1).
Thermoelectric module 1' comprising a central thermoelectric assembly 11 of cylindrical tubular shape inside which a first cold fluid flows and outside which a hot fluid flows, characterized in that it also comprises at least one peripheral thermoelectric assembly 13, 19 having: - an outer face in contact with a second cold fluid; - an inner face positioned on a peripheral boundary surrounding the central thermoelectric assembly 11, said boundary defining a channel 2 between said central 11 and peripheral 13, 19 thermoelectric assemblies where the hot fluid flows, the module comprising a peripheral thermoelectric assembly positioned continuously on the peripheral boundary. - an outer face in contact with a second cold fluid; - an inner face positioned on a peripheral boundary surrounding the central thermoelectric assembly 11, said boundary defining a channel 2 between said central 11 and peripheral 13, 19 thermoelectric assemblies where the hot fluid flows,
Illumination device with an elongated lamp and a protection element composed of a plastic material, - wherein the lamp comprises at least one LED , - wherein the protection element comprises an elongated cavity , - wherein at least a section of the lamp is accommodated in the cavity , - wherein the protection element comprises a wall surrounding the cavity , - wherein the wall is a closed wall , - the lamp further comprises a light guiding body composed of a translucent plastic material, and an LED light exit surface , wherein the LED light exit surface is provided on the light guiding body , characterised in that at least a region of the wall having an inner surface facing the LED light exit surface is formed such that it is translucent, wherein the protection element is connectable to a holding element in a locking manner, wherein the protection element comprises a translucent element and a base element , wherein the translucent element is releasably connected to the base element , and wherein the base element is connectable to the holding element in a locking manner. - wherein the lamp comprises at least one LED , - wherein the protection element comprises an elongated cavity , - wherein at least a section of the lamp is accommodated in the cavity , - wherein the protection element comprises a wall surrounding the cavity , - wherein the wall is a closed wall , - the lamp further comprises a light guiding body composed of a translucent plastic material, and an LED light exit surface , wherein the LED light exit surface is provided on the light guiding body ,
A method of operating a radio access node configured for operation according to a third generation partnership - 3GPP - long term evolution - LTE - standard, comprising: reserving a first subset of available LCID values for identification of logical channels in a medium access control - MAC - layer of Evolved Universal Terrestrial Radio Access - E-UTRA; reserving a second subset of the available LCID values for identification of one or more non-standard classes of wireless communication device, wherein each non-standard class of wireless communication device is a UE class that is not defined by the 3GPP LTE standard; receiving a logical channel identifier - LCID - value from a wireless communication device (S1005), wherein the received LCID value is within the second subset of the available LCID values and wherein the LCID value is within a range of 00001 to 01010; determining whether the received LCID value is for identification of a non-standard class of wireless communication device (S1010); and in response to determining that the received LCID value is for identification of the non-standard class of wireless communication device, identifying the wireless communication device as belonging to the non-standard class of wireless communication device (S1015) and transmitting information to the wireless communication device based on the non-standard class identification (S1020). reserving a first subset of available LCID values for identification of logical channels in a medium access control - MAC - layer of Evolved Universal Terrestrial Radio Access - E-UTRA; reserving a second subset of the available LCID values for identification of one or more non-standard classes of wireless communication device, wherein each non-standard class of wireless communication device is a UE class that is not defined by the 3GPP LTE standard; receiving a logical channel identifier - LCID - value from a wireless communication device (S1005), wherein the received LCID value is within the second subset of the available LCID values and wherein the LCID value is within a range of 00001 to 01010; determining whether the received LCID value is for identification of a non-standard class of wireless communication device (S1010); and in response to determining that the received LCID value is for identification of the non-standard class of wireless communication device, identifying the wireless communication device as belonging to the non-standard class of wireless communication device (S1015) and transmitting information to the wireless communication device based on the non-standard class identification (S1020).
A liquid level sensor (104; 400) for measuring a liquid level within a container , the liquid level sensor (104; 400) comprising: a first layer ; a stretchable electrode layer (200; 300; 404) provided on the first layer, the stretchable electrode layer comprises: a first stretchable receiver electrode (202; 302), and a stretchable transmitter electrode (204; 306); wherein the stretchable electrode layer (200; 300; 404) is stretchable and bendable such that the stretchable electrode layer (200; 300; 404) conforms to a shape of a non-flat outer surface of a container when the liquid level sensor (104; 400) is attached to the non-flat outer surface; wherein the stretchable electrode layer (200; 300; 404) is configured to be mounted to the non-flat outer surface of the container along a desired range of heights to be sensed within the container; and a second layer provided on the stretchable electrode layer (200; 300; 404); wherein the liquid level sensor (104; 400) has a Young's modulus of less than 100 megapascals. a first layer ; a stretchable electrode layer (200; 300; 404) provided on the first layer, the stretchable electrode layer comprises: a first stretchable receiver electrode (202; 302), and a stretchable transmitter electrode (204; 306); wherein the stretchable electrode layer (200; 300; 404) is stretchable and bendable such that the stretchable electrode layer (200; 300; 404) conforms to a shape of a non-flat outer surface of a container when the liquid level sensor (104; 400) is attached to the non-flat outer surface; wherein the stretchable electrode layer (200; 300; 404) is configured to be mounted to the non-flat outer surface of the container along a desired range of heights to be sensed within the container; and a first stretchable receiver electrode (202; 302), and a stretchable transmitter electrode (204; 306); wherein the stretchable electrode layer (200; 300; 404) is stretchable and bendable such that the stretchable electrode layer (200; 300; 404) conforms to a shape of a non-flat outer surface of a container when the liquid level sensor (104; 400) is attached to the non-flat outer surface; wherein the stretchable electrode layer (200; 300; 404) is configured to be mounted to the non-flat outer surface of the container along a desired range of heights to be sensed within the container; and a second layer provided on the stretchable electrode layer (200; 300; 404); wherein the liquid level sensor (104; 400) has a Young's modulus of less than 100 megapascals.
A continuous authentication method comprising: detecting a request to perform a user action; determining a subsequent session security level in response to an adjustment of a session security level by a security value of the requested user action; permitting the requested user action and adjust the session security level based on the security value of the requested user action in response to a determination that the subsequent session security level is greater than or equal to a threshold session security level; causing a user authentication challenge in response to a determination that the subsequent session security level is less than the threshold session security level; permitting the requested user action and adjust the session security level based on one or both of the security value of the requested user action and a further security value of a successful user authentication challenge in response to a successful user authentication challenge ; and rejecting the user action in response to an unsuccessful user authentication challenge. detecting a request to perform a user action; determining a subsequent session security level in response to an adjustment of a session security level by a security value of the requested user action; permitting the requested user action and adjust the session security level based on the security value of the requested user action in response to a determination that the subsequent session security level is greater than or equal to a threshold session security level; causing a user authentication challenge in response to a determination that the subsequent session security level is less than the threshold session security level; permitting the requested user action and adjust the session security level based on one or both of the security value of the requested user action and a further security value of a successful user authentication challenge in response to a successful user authentication challenge ; and rejecting the user action in response to an unsuccessful user authentication challenge.
A device for guiding a linear sliding movement of a force transfer element within an opening between two regions with different media, comprising: a guide bushing that has a central sheath-like guide portion with an inside guide surface , wherein the guide bushing has sealing portions that extend to the axial ends of the guide portion and branch into at least one radially inner lip portion and one radially outer lip portion ; spreading elements that can generate a spreading effect between two radii by means of elastic pre-tensioning are disposed in a radial branch of the sealing portions between the inner lip portion and the outer lip portion ; and the guide portion and the sealing portions are together formed as an integral body made of PTFE, a polymer compound containing PTFE or of PVDF; characterised in that at least one drainage opening is located within the guide portion , which drainage opening establishes a fluid connection between the inside guide surface and an outside surface of the guide portion . a guide bushing that has a central sheath-like guide portion with an inside guide surface , wherein the guide bushing has sealing portions that extend to the axial ends of the guide portion and branch into at least one radially inner lip portion and one radially outer lip portion ; spreading elements that can generate a spreading effect between two radii by means of elastic pre-tensioning are disposed in a radial branch of the sealing portions between the inner lip portion and the outer lip portion ; and the guide portion and the sealing portions are together formed as an integral body made of PTFE, a polymer compound containing PTFE or of PVDF; characterised in that at least one drainage opening is located within the guide portion , which drainage opening establishes a fluid connection between the inside guide surface and an outside surface of the guide portion .
A bearing for a shaft comprising: an inner race configured to couple to the shaft ; an outer race disposed around the inner race ; and a housing disposed around the outer race , wherein the housing and the outer race define an annulus ; and characterised in that the housing comprises a roughened surface comprising a plurality of surface features having a height between 10-20% of a clearance between the housing and the outer race . an inner race configured to couple to the shaft ; an outer race disposed around the inner race ; and a housing disposed around the outer race , wherein the housing and the outer race define an annulus ; and characterised in that the housing comprises a roughened surface comprising a plurality of surface features having a height between 10-20% of a clearance between the housing and the outer race .
A cooling system, comprising: an inflatable air duct to be positioned above a cold aisle defined between two rows of electronic equipment , the inflatable air duct to extend along a length of the cold aisle , the inflatable air duct to be air permeable to deliver conditioned air into the cold aisle , the electronic equipment having fans to force cool air within the cold aisle through the electronic equipment to adjacent hot aisles on opposite sides of the two rows of the electronic equipment , the inflatable air duct to be spaced apart from the rows of the electronic equipment such that the cold aisle is in unobstructed fluid communication with the adjacent hot aisles over tops of the rows of the electronic equipment , the conditioned air delivered from the inflatable air duct to reduce a mixing of warm air in the hot aisles with the cool air in the cold aisle ; and an internal baffle extending along an interior of the inflatable air duct to increase even distribution of the conditioned air delivered along a length of the inflatable air duct . an inflatable air duct to be positioned above a cold aisle defined between two rows of electronic equipment , the inflatable air duct to extend along a length of the cold aisle , the inflatable air duct to be air permeable to deliver conditioned air into the cold aisle , the electronic equipment having fans to force cool air within the cold aisle through the electronic equipment to adjacent hot aisles on opposite sides of the two rows of the electronic equipment , the inflatable air duct to be spaced apart from the rows of the electronic equipment such that the cold aisle is in unobstructed fluid communication with the adjacent hot aisles over tops of the rows of the electronic equipment , the conditioned air delivered from the inflatable air duct to reduce a mixing of warm air in the hot aisles with the cool air in the cold aisle ; and an internal baffle extending along an interior of the inflatable air duct to increase even distribution of the conditioned air delivered along a length of the inflatable air duct .