mhurhangee/patent-ind-claim-en huggingface dataset:
Handle element for arrangement on an adapter element to form a gripper input module for a haptic input system for controlling at least one object, the handle element having at least one connecting element for arranging the handle element on the adapter element , comprising at least one receptacle for receiving at least two fingers of a user therein, said receptacle being operatively connected at least in one portion to at least one sensor means , wherein the at least one receptacle is configured such that movement information of a movement of at least one finger of the user in the receptacle can be detected by the sensor means and thus the movement information can be transmitted for controlling the at least one object, wherein the handle element comprises a spherical body , wherein a spherical surface of the body has at least one opening for the at least one receptacle wherein the spherical body has the connecting element in the form of a recess , the connecting element being configured for arrangement of the handle element on the adapter element , and wherein the operative connection with the at least one sensor means is realized by an elastic material. comprising at least one receptacle for receiving at least two fingers of a user therein, said receptacle being operatively connected at least in one portion to at least one sensor means , wherein the at least one receptacle is configured such that movement information of a movement of at least one finger of the user in the receptacle can be detected by the sensor means and thus the movement information can be transmitted for controlling the at least one object, wherein the handle element comprises a spherical body , wherein a spherical surface of the body has at least one opening for the at least one receptacle wherein the spherical body has the connecting element in the form of a recess , the connecting element being configured for arrangement of the handle element on the adapter element , and wherein the operative connection with the at least one sensor means is realized by an elastic material.
A method for authentication of a user for granting access to a service , said method comprising: - receiving (S402), by a vehicle control unit comprised in a vehicle , an authentication token provided by a remote server , the authentication token is based on a request for authentication for access to said service, said vehicle being in communicative connection with said remote server , - sending (S404), by the vehicle control unit , by flashing with a light-emitting device comprised in said vehicle, a token sequence based on said authentication token, said token sequence is sent such that said token sequence is received by a light detecting device comprised in a portable electronic device , wherein said light-emitting device comprises at least one of: tail lights or head lights, or turn lights, or side repeaters, for said vehicle, - receiving (S406), by said server, said token sequence from said portable electronic device, and comparing said token sequence with said authentication token, and - when said token sequence is determined to match said authentication token, granting (S408) access to said service. - receiving (S402), by a vehicle control unit comprised in a vehicle , an authentication token provided by a remote server , the authentication token is based on a request for authentication for access to said service, said vehicle being in communicative connection with said remote server , - sending (S404), by the vehicle control unit , by flashing with a light-emitting device comprised in said vehicle, a token sequence based on said authentication token, said token sequence is sent such that said token sequence is received by a light detecting device comprised in a portable electronic device , wherein said light-emitting device comprises at least one of: tail lights or head lights, or turn lights, or side repeaters, for said vehicle, - receiving (S406), by said server, said token sequence from said portable electronic device, and comparing said token sequence with said authentication token, and - when said token sequence is determined to match said authentication token, granting (S408) access to said service.
A cannula seal , comprising: a cap portion , the cap portion fitting over a cannula; and a valve portion , the valve portion including an hourglass seal , a plurality of ribs around a perimeter of the hourglass seal, and a cross slit seal ; characterized in that the hourglass seal , the plurality of ribs and the cross slit seal are a single fabricated piece; wherein the hourglass seal includes a top sidewall and a bottom sidewall that meet at a junction; wherein each of the plurality of ribs extends along the top sidewall , across the junction, and along the bottom sidewall ; and wherein the plurality of ribs includes four ribs evenly spaced around the junction, or the ribs of the plurality of ribs are aligned with slits of the cross slit seal . a cap portion , the cap portion fitting over a cannula; and a valve portion , the valve portion including an hourglass seal , a plurality of ribs around a perimeter of the hourglass seal, and a cross slit seal ; characterized in that the hourglass seal , the plurality of ribs and the cross slit seal are a single fabricated piece; wherein the hourglass seal includes a top sidewall and a bottom sidewall that meet at a junction; wherein each of the plurality of ribs extends along the top sidewall , across the junction, and along the bottom sidewall ; and wherein the plurality of ribs includes four ribs evenly spaced around the junction, or the ribs of the plurality of ribs are aligned with slits of the cross slit seal . an hourglass seal , a plurality of ribs around a perimeter of the hourglass seal, and a cross slit seal ; characterized in that the hourglass seal , the plurality of ribs and the cross slit seal are a single fabricated piece; wherein the hourglass seal includes a top sidewall and a bottom sidewall that meet at a junction; wherein each of the plurality of ribs extends along the top sidewall , across the junction, and along the bottom sidewall ; and wherein the plurality of ribs includes four ribs evenly spaced around the junction, or the ribs of the plurality of ribs are aligned with slits of the cross slit seal .
An RF antenna assembly (20; 20') comprising: a top alignment collar (22; 22'); a bottom alignment collar (24;24') coupled to the top alignment collar (22; 22') by a press fit connection (26; 26'); and an antenna element (28; 28') secured from movement in all degrees of freedom and aligned for consistent RF operation by the top alignment collar (22; 22') and the press fit connection (26; 26'), wherein the antenna element (28; 28') is biconical and includes an upper cone secured by the top alignment collar (22; 22') and a lower cone secured in the press fit connection (26; 26') between the top alignment collar (22; 22') and the bottom alignment collar (24; 24'), and wherein the press fit connection (26; 26') includes a one-way snap fit connection (46, 48; 46', 48'), wherein the top alignment collar (22; 22') includes an annular retaining mechanism (46; 46') of the one-way snap fit connection (46, 48; 46', 48'), wherein the bottom alignment collar (24; 24') includes an annulus (48; 48') of the one-way snap fit connection (46, 48; 46', 48'), and wherein the annulus (48; 48') engages with the annular retaining mechanism (46; 46') to couple the bottom alignment collar (24; 24') to the top alignment collar (22; 22') and to create a precise alignment slot within walls of the top alignment collar (22; 22') and the bottom alignment collar (24; 24') that secures the lower cone in the press fit connection (26; 26') and aligns the lower cone with the upper cone . a top alignment collar (22; 22'); a bottom alignment collar (24;24') coupled to the top alignment collar (22; 22') by a press fit connection (26; 26'); and an antenna element (28; 28') secured from movement in all degrees of freedom and aligned for consistent RF operation by the top alignment collar (22; 22') and the press fit connection (26; 26'), wherein the antenna element (28; 28') is biconical and includes an upper cone secured by the top alignment collar (22; 22') and a lower cone secured in the press fit connection (26; 26') between the top alignment collar (22; 22') and the bottom alignment collar (24; 24'), and wherein the press fit connection (26; 26') includes a one-way snap fit connection (46, 48; 46', 48'), wherein the top alignment collar (22; 22') includes an annular retaining mechanism (46; 46') of the one-way snap fit connection (46, 48; 46', 48'), wherein the bottom alignment collar (24; 24') includes an annulus (48; 48') of the one-way snap fit connection (46, 48; 46', 48'), and wherein the annulus (48; 48') engages with the annular retaining mechanism (46; 46') to couple the bottom alignment collar (24; 24') to the top alignment collar (22; 22') and to create a precise alignment slot within walls of the top alignment collar (22; 22') and the bottom alignment collar (24; 24') that secures the lower cone in the press fit connection (26; 26') and aligns the lower cone with the upper cone .
A biomass carrier for use in a fluid treatment system, the biomass carrier comprising: an extruded circumferential mesh structure; and solid elongated elements positioned in a space confined by the circumferential mesh structure, which are kept solid during extrusion of the mesh structure, wherein at least some of the elongated elements are joined to an inner portion of the mesh structure after the extruded mesh structure exits a die of a mesh extruder, wherein the biomass carrier is compressible. an extruded circumferential mesh structure; and solid elongated elements positioned in a space confined by the circumferential mesh structure, which are kept solid during extrusion of the mesh structure, wherein at least some of the elongated elements are joined to an inner portion of the mesh structure after the extruded mesh structure exits a die of a mesh extruder,
A medical device , comprising: an elongated lumen shaft comprising: a shaft body having a thermoplastic polymeric cylindrical shaft wall ; a cylindrical flexible circuit comprising: a dielectric layer ; a conductive trace layer ; the conductive trace layer comprising individual electrical conductor lines coupled to a medical device element at a distal end of the electrical conductor lines; and an open, unfilled lumen , characterized in that it comprises: the thermoplastic polymer dielectric layer in a cylindrical form; the thermoplastic polymer dielectric layer comprising a bendable and stretchable substrate at least partly attached to the thermoplastic polymeric cylindrical shaft wall via a melted connection between the thermoplastic polymeric cylindrical shaft wall and the thermoplastic polymer dielectric layer , the melted connection comprising a portion of the wall where a first polymer from the thermoplastic polymeric cylindrical shaft wall and a second polymer from the thermoplastic polymer dielectric layer are mixed together; an elongated lumen shaft comprising: a shaft body having a thermoplastic polymeric cylindrical shaft wall ; a cylindrical flexible circuit comprising: a dielectric layer ; a conductive trace layer ; the conductive trace layer comprising individual electrical conductor lines coupled to a medical device element at a distal end of the electrical conductor lines; and a dielectric layer ; a conductive trace layer ; the conductive trace layer comprising individual electrical conductor lines coupled to a medical device element at a distal end of the electrical conductor lines; and an open, unfilled lumen , characterized in that it comprises: the thermoplastic polymer dielectric layer in a cylindrical form; the thermoplastic polymer dielectric layer comprising a bendable and stretchable substrate at least partly attached to the thermoplastic polymeric cylindrical shaft wall via a melted connection between the thermoplastic polymeric cylindrical shaft wall and the thermoplastic polymer dielectric layer , the melted connection comprising a portion of the wall where a first polymer from the thermoplastic polymeric cylindrical shaft wall and a second polymer from the thermoplastic polymer dielectric layer are mixed together; the thermoplastic polymer dielectric layer in a cylindrical form; the thermoplastic polymer dielectric layer comprising a bendable and stretchable substrate at least partly attached to the thermoplastic polymeric cylindrical shaft wall via a melted connection between the thermoplastic polymeric cylindrical shaft wall and the thermoplastic polymer dielectric layer , the melted connection comprising a portion of the wall where a first polymer from the thermoplastic polymeric cylindrical shaft wall and a second polymer from the thermoplastic polymer dielectric layer are mixed together;
A method for maintaining an Active Coordination Set, ACS, , by a user equipment , for wireless communication between the user equipment and base stations (120; 121, 122, 123, 124, 125, 126, 127) in the ACS, the method comprising: determining (705; 902), by the user equipment, that a link quality parameter for one or more of the base stations in the ACS has fallen below a threshold for the link quality parameter; based on the determining that the link quality parameter for one or more of the base stations in the ACS has fallen below a threshold for the link quality parameter, transmitting (715; 904) an uplink ACS sounding signal that is effective to cause candidate base stations to receive and decode the uplink ACS sounding signal; receiving (730; 906) decoding results for the uplink ACS sounding signal from the candidate base stations; determining (735; 908), using the decoding results, which of the candidate base stations to include in the ACS; sending (740, 745; 910) a message to an ACS Server, the message including an indication of which candidate base stations to include in the ACS; and jointly communicating with one or more of the base stations included in the ACS. determining (705; 902), by the user equipment, that a link quality parameter for one or more of the base stations in the ACS has fallen below a threshold for the link quality parameter; based on the determining that the link quality parameter for one or more of the base stations in the ACS has fallen below a threshold for the link quality parameter, transmitting (715; 904) an uplink ACS sounding signal that is effective to cause candidate base stations to receive and decode the uplink ACS sounding signal; receiving (730; 906) decoding results for the uplink ACS sounding signal from the candidate base stations; determining (735; 908), using the decoding results, which of the candidate base stations to include in the ACS; sending (740, 745; 910) a message to an ACS Server, the message including an indication of which candidate base stations to include in the ACS; and jointly communicating with one or more of the base stations included in the ACS.
A drain apparatus for a dialysis machine, the drain apparatus comprising: a chamber configured to receive an end of a fluid line extending from the dialysis machine; a lid configured to be coupled to the chamber to form a seal with the chamber; a sensor configured to detect a fluid level in the chamber; an inlet line having a first end configured to be coupled to the chamber and a second end configured to be coupled to a fluid line of the dialysis machine; an outlet line having a first end configured to be coupled to the chamber and a second end configured to be coupled to a drain line of the dialysis machine; and a valve coupled to the outlet line and configured to control flow of fluid through the outlet line. a chamber configured to receive an end of a fluid line extending from the dialysis machine; a lid configured to be coupled to the chamber to form a seal with the chamber; a sensor configured to detect a fluid level in the chamber; an inlet line having a first end configured to be coupled to the chamber and a second end configured to be coupled to a fluid line of the dialysis machine; an outlet line having a first end configured to be coupled to the chamber and a second end configured to be coupled to a drain line of the dialysis machine; and a valve coupled to the outlet line and configured to control flow of fluid through the outlet line.
A signaling packet processing method, comprising: obtaining, by a gateway user plane entity , processing information of a target signaling packet, wherein the processing information comprises type information of the target signaling packet that the gateway user plane entity needs to receive, and a destination address to which the gateway user plane entity needs to send the target signaling packet; wherein the processing information is further used to describe an action for forwarding the target signaling packet, and the action comprises at least one of the following: packet sending, encapsulation, or decapsulation; and receiving, by the gateway user plane entity according to the type information comprised in the processing information, a Dynamic Host Configuration Protocol, DHCP, signaling packet that matches the type information and that is sent by a user equipment , and sending the DHCP signaling packet to a gateway control plane entity according to a destination address for sending the DHCP signaling packet and the packet sending action that are comprised in the processing information, wherein a DHCP response packet for the DHCP signaling packet is generated by the gateway control plane entity . obtaining, by a gateway user plane entity , processing information of a target signaling packet, wherein the processing information comprises type information of the target signaling packet that the gateway user plane entity needs to receive, and a destination address to which the gateway user plane entity needs to send the target signaling packet; wherein the processing information is further used to describe an action for forwarding the target signaling packet, and the action comprises at least one of the following: packet sending, encapsulation, or decapsulation; and receiving, by the gateway user plane entity according to the type information comprised in the processing information, a Dynamic Host Configuration Protocol, DHCP, signaling packet that matches the type information and that is sent by a user equipment , and sending the DHCP signaling packet to a gateway control plane entity according to a destination address for sending the DHCP signaling packet and the packet sending action that are comprised in the processing information, wherein a DHCP response packet for the DHCP signaling packet is generated by the gateway control plane entity . packet sending, encapsulation, or decapsulation; and receiving, by the gateway user plane entity according to the type information comprised in the processing information, a Dynamic Host Configuration Protocol, DHCP, signaling packet that matches the type information and that is sent by a user equipment , and sending the DHCP signaling packet to a gateway control plane entity according to a destination address for sending the DHCP signaling packet and the packet sending action that are comprised in the processing information, wherein a DHCP response packet for the DHCP signaling packet is generated by the gateway control plane entity .
Process for treating the surface of a magnesium alloy comprising the steps of: I - providing a component made of magnesium alloy and manufactured by a productive process; II- removing impurities on the surface of the component following the productive process by chemical degreasing the surface; III- removing magnesium hydroxide from the surface of the component by pickling the surface; IV- activating a first time the surface of the component generating magnesium fluoride on the surface; V- uniforming the surface of the component by etching the surface; VI- activating a second time the surface of the component generating magnesium fluoride on the surface; wherein the process comprises at least a step of rinsing of the surface of the component with water between two consecutive steps of the process, to remove residues left on the component surface from the previous step. I - providing a component made of magnesium alloy and manufactured by a productive process; II- removing impurities on the surface of the component following the productive process by chemical degreasing the surface; III- removing magnesium hydroxide from the surface of the component by pickling the surface; IV- activating a first time the surface of the component generating magnesium fluoride on the surface; V- uniforming the surface of the component by etching the surface; VI- activating a second time the surface of the component generating magnesium fluoride on the surface;
A thread guiding device for the guidance of threads, comprising a base element , at least one cover element and at least one thread guide , wherein the at least one thread guide is arrangeable or arranged in a recess of the base element , characterized in that the at least one thread guide is held or holdable with the cover element detachably on the base element.
A method of controlling the heat energy output in local to regional housing structures, based on a ubiquitous sensor network by including a standardized heating cost allocation system comprising electronic heating cost allocators which are mounted on heating surfaces of a housing structure and include at least one first temperature sensor for detecting the temperature of the associated heating surface and a second temperature sensor for detecting the air temperature of the room in which the heating surface is located, wherein the measured values detected by the sensors of the sensor network, including the temperature sensors of the electronic heating cost allocators , are evaluated and included in the control of the heat energy output to the individual rooms of the housing structure in which heating surfaces are present, characterized in that the user of the respective housing unit sets a room temperature setpoint on an electronic heating cost allocator or on a control valve of a radiator with two opposite, preferably touch-sensitive input sensors by one or more double touches, wherein the currently set room temperature setpoint is indicated on a display as an absolute and/or relative value.