mhurhangee/patent-ind-claim-en huggingface dataset:
A contact probe for a probe head of an apparatus for testing electronic devices comprising a probe body being essentially extended in a longitudinal direction between at least one end portion which is a contact head adapted to abut onto a contact pad of a space transformer and a further end portion being a contact tip adapted to abut onto a contact pad of a device under test and having respective and opposite first and second side walls (PLa, PLb), arranged symmetrically with respect to a longitudinal development axis (HH) of said contact probe , characterized in that said contact head comprises only one enlarged portion , projecting in correspondence of one of said first and second side walls (PLa, PLb) of said contact probe so that said contact head has transverse dimensions greater than said probe body and wherein said contact head comprises at least one indentation realized in said enlarged portion and adapted to house a material scrap deriving from the breaking of a respective material bridge attaching said contact probe to a substrate wherein said contact probe has been realized by laser cutting, said material scrap being due to the detachment of said contact probe from said substrate .
A handover-enabling method for a network node of a cellular communication network, wherein the network node is adapted to communicate with a wireless communication device, the method comprising: acquiring location-related parameters of the wireless communication device; dynamically determining , based on the acquired location-related parameters, a transmission pattern of reference signals, wherein the reference signals are for mobility measurements by the wireless communication device, and wherein the transmission pattern is determined as at least one of: a frequency of transmission, and a fraction of time to be used for the transmission; indicating the determined transmission pattern to the wireless communication device; and transmitting the reference signals in accordance with the determined transmission pattern. acquiring location-related parameters of the wireless communication device; dynamically determining , based on the acquired location-related parameters, a transmission pattern of reference signals, wherein the reference signals are for mobility measurements by the wireless communication device, and wherein the transmission pattern is determined as at least one of: a frequency of transmission, and a fraction of time to be used for the transmission; indicating the determined transmission pattern to the wireless communication device; and transmitting the reference signals in accordance with the determined transmission pattern.
A Bluetooth scanning method, applied to an electronic device, wherein the electronic device comprises a Bluetooth agent module and a secure element, SE, wherein the SE includes an applet, and the method comprises: receiving, by the electronic device, a first device identifier sent by a first device; in response to the first device identifier received by the electronic device, determining, by the electronic device, whether the first device is registered with the electronic device; establishing, by the Bluetooth agent module based on the determining that the first device is registered with the electronic device based on the first device identifier, a channel to the first device; receiving, by the Bluetooth agent module, a ciphertext verification instruction from the first device through the channel; obtaining, by the Bluetooth agent module, a first ciphertext from the applet of the SE; sending, by the Bluetooth agent module, the first ciphertext to the first device, wherein the first device executes a corresponding service when the verification of the first ciphertext succeeds. receiving, by the electronic device, a first device identifier sent by a first device; in response to the first device identifier received by the electronic device, determining, by the electronic device, whether the first device is registered with the electronic device; establishing, by the Bluetooth agent module based on the determining that the first device is registered with the electronic device based on the first device identifier, a channel to the first device; receiving, by the Bluetooth agent module, a ciphertext verification instruction from the first device through the channel; obtaining, by the Bluetooth agent module, a first ciphertext from the applet of the SE; sending, by the Bluetooth agent module, the first ciphertext to the first device, wherein the first device executes a corresponding service when the verification of the first ciphertext succeeds.
Tap assembly for a gas cylinder , comprising: - a body with a gas inlet , a gas outlet and a gas passage connecting the outlet with the inlet ; and - an electronic module of the status of the tap and/or cylinder, said module being mounted on or in the body ; the electronic module being fed with electric energy by a rechargeable battery ; - a connector adapted to be connected to an external source of energy so as to make possible the charging of the battery in situ ; and characterised in that the tap assembly further comprises - a cover housing the tap body , said cover being provided with a handle , the rechargeable battery being encapsulated in the handle of the cover . - a body with a gas inlet , a gas outlet and a gas passage connecting the outlet with the inlet ; and - an electronic module of the status of the tap and/or cylinder, said module being mounted on or in the body ; the electronic module being fed with electric energy by a rechargeable battery ; - a connector adapted to be connected to an external source of energy so as to make possible the charging of the battery in situ ; and characterised in that the tap assembly further comprises - a cover housing the tap body , said cover being provided with a handle , the rechargeable battery being encapsulated in the handle of the cover .
An emergency stretcher for loading into an emergency vehicle , the emergency vehicle having a vehicle based power supply, said emergency stretcher comprising: a base ; a patient support surface supported by said base ; an electrically powered device for raising or lowering said patient support surface or said base relative to the other of said patient support surface or said base ; a rechargeable power storage device for powering said electrically powered device ; characterized in that the emergency stretcher further comprises a receiving coil at a foot end of the emergency stretcher and electrically coupled to said rechargeable power storage device that is capable of being inductively coupled with a transmitting coil located externally of said emergency stretcher in said emergency vehicle , said transmitting coil being electrically coupled to an external power supply external of said emergency stretcher and capable of being inductively coupled with said receiving coil ; said receiving coil recharging said rechargeable power storage device when said emergency stretcher is moved to or near a preselected position in the emergency vehicle and said receiving coil is inductively coupled to the transmitting coil in the emergency vehicle . a base ; a patient support surface supported by said base ; an electrically powered device for raising or lowering said patient support surface or said base relative to the other of said patient support surface or said base ; a rechargeable power storage device for powering said electrically powered device ; characterized in that the emergency stretcher further comprises a receiving coil at a foot end of the emergency stretcher and electrically coupled to said rechargeable power storage device that is capable of being inductively coupled with a transmitting coil located externally of said emergency stretcher in said emergency vehicle , said transmitting coil being electrically coupled to an external power supply external of said emergency stretcher and capable of being inductively coupled with said receiving coil ; said receiving coil recharging said rechargeable power storage device when said emergency stretcher is moved to or near a preselected position in the emergency vehicle and said receiving coil is inductively coupled to the transmitting coil in the emergency vehicle .
A heating element comprising: a substrate; a conductive heating pattern provided on the substrate; and two bus bars provided so as to apply voltage to both ends of the conductive heating pattern, respectively, wherein the conductive heating pattern comprises a pattern in which the number of lines is determined in at least some regions in a pattern comprising some of the lines connecting vertices and constituting a border of a closed figure having at least three vertices, according to a distance from the bus bar, and wherein the conductive heating pattern comprises at least two regions having different average numbers of lines per unit area, an aperture ratio for each region is 90% or more, and an aperture ratio difference between regions is 2% or less, and wherein a value, which is obtained by converting an area, which the pattern comprising lines constituting the border of the closed figure does not occupy, into a ratio with respect to the total area of the region is defined as the aperture ratio, characterized in that the closed figure is a figure in which at least one of a position of a vertex of a regular polygon having six vertices, and a curvature degree of lines thereof is modified. a substrate; a conductive heating pattern provided on the substrate; and two bus bars provided so as to apply voltage to both ends of the conductive heating pattern, respectively, wherein the conductive heating pattern comprises a pattern in which the number of lines is determined in at least some regions in a pattern comprising some of the lines connecting vertices and constituting a border of a closed figure having at least three vertices, according to a distance from the bus bar, and wherein the conductive heating pattern comprises at least two regions having different average numbers of lines per unit area, an aperture ratio for each region is 90% or more, and an aperture ratio difference between regions is 2% or less, and wherein a value, which is obtained by converting an area, which the pattern comprising lines constituting the border of the closed figure does not occupy, into a ratio with respect to the total area of the region is defined as the aperture ratio, characterized in that the closed figure is a figure in which at least one of a position of a vertex of a regular polygon having six vertices, and a curvature degree of lines thereof is modified.
Process for the production of polysiloxane-polycarbonate block cocondensates, wherein A) at least one polycarbonate is reacted in the melt with B) at least one hydroxyaryl-terminated polysiloxane with use C) of an additive which is selected from at least one from the group consisting of a siloxane containing aromatic substituents (component C1) and a polysiloxane-polycarbonate block cocondensate which is obtained from the reaction of at least component A) and B) or polysiloxane-polycarbonate block cocondensate, which can also be different from the product obtained from the reaction of at least component A) and B) (component C2), wherein the process comprises the step of adding component C) to component A), to component B) and/ or to a mixture of component A) and B). A) at least one polycarbonate is reacted in the melt with B) at least one hydroxyaryl-terminated polysiloxane with use C) of an additive which is selected from at least one from the group consisting of a siloxane containing aromatic substituents (component C1) and a polysiloxane-polycarbonate block cocondensate which is obtained from the reaction of at least component A) and B) or polysiloxane-polycarbonate block cocondensate, which can also be different from the product obtained from the reaction of at least component A) and B) (component C2),
A method for mining a social account of a target object, comprising: locating (S110) a target social group which the target object is in by using attribute information of the target object; parsing (S120) preset information of a social account in the target social group, and obtaining (S120) first identity information of a user corresponding to the social account; matching (S130) the first identity information with second identity information of the target object, wherein the second identity information is offline identity information of the target object; and determining (S130) a social account of the first identity information matching the second identity information as a social account of the target object. locating (S110) a target social group which the target object is in by using attribute information of the target object; parsing (S120) preset information of a social account in the target social group, and obtaining (S120) first identity information of a user corresponding to the social account; matching (S130) the first identity information with second identity information of the target object, wherein the second identity information is offline identity information of the target object; and determining (S130) a social account of the first identity information matching the second identity information as a social account of the target object.
A control system for elevator-waiting position of a robotic passenger, comprising: a detection device configured to detect whether a first-choice elevator-waiting position has been occupied; and a position allocation unit configured to: if the first-choice elevator-waiting position is not occupied, determine the first-choice elevator-waiting position as a target elevator-waiting position; and if the first-choice elevator-waiting position has been occupied, determine a candidate elevator-waiting position as the target elevator-waiting position or issue a prompt, characterized in that the control system for elevator-waiting position of the robotic passenger is integrated in an elevator control system, and the control system for elevator-waiting position of the robotic passenger further comprises a device that exposes the target elevator-waiting position. a detection device configured to detect whether a first-choice elevator-waiting position has been occupied; and a position allocation unit configured to: if the first-choice elevator-waiting position is not occupied, determine the first-choice elevator-waiting position as a target elevator-waiting position; and if the first-choice elevator-waiting position has been occupied, determine a candidate elevator-waiting position as the target elevator-waiting position or issue a prompt, characterized in that the control system for elevator-waiting position of the robotic passenger is integrated in an elevator control system, and the control system for elevator-waiting position of the robotic passenger further comprises a device that exposes the target elevator-waiting position. if the first-choice elevator-waiting position is not occupied, determine the first-choice elevator-waiting position as a target elevator-waiting position; and if the first-choice elevator-waiting position has been occupied, determine a candidate elevator-waiting position as the target elevator-waiting position or issue a prompt, characterized in that the control system for elevator-waiting position of the robotic passenger is integrated in an elevator control system, and the control system for elevator-waiting position of the robotic passenger further comprises a device that exposes the target elevator-waiting position.
An immobilization device for securing a patient's position for use in treating the patient during radiation therapy, the device comprising: a shell component ; a plurality of material inserts disposed in the shell component , wherein each material insert of the plurality of material inserts is disposed in the shell component to lie on a path of at least one of a plurality of beams emitted from a nozzle of a radiation treatment system and is configured to respectively shape a distribution of a dose delivered to the patient by a respective beam of the plurality of beams; and a scaffold component disposed in the shell component and operable to hold the plurality material inserts in place relative to the patient; the immobilization device being characterized by each material insert having an irregular shape for shaping the respective beam to correspond to a shape or region of a target in the patient and a non-uniform thickness in accordance with a treatment plan. a shell component ; a plurality of material inserts disposed in the shell component , wherein each material insert of the plurality of material inserts is disposed in the shell component to lie on a path of at least one of a plurality of beams emitted from a nozzle of a radiation treatment system and is configured to respectively shape a distribution of a dose delivered to the patient by a respective beam of the plurality of beams; and a scaffold component disposed in the shell component and operable to hold the plurality material inserts in place relative to the patient; the immobilization device being characterized by each material insert having an irregular shape for shaping the respective beam to correspond to a shape or region of a target in the patient and a non-uniform thickness in accordance with a treatment plan.
A display device comprising: a display panel comprising a plurality of display elements; a window member on the display panel ; and a plurality of first light conversion members that convert the path of light emitted from the display elements and having cross sections that are about 450 nm to about 950 nm in diameter, wherein the first light conversion members directly contact a surface of the window member , and wherein the first light conversion members comprise an acryl-based polymer and/or a vinyl-based polymer, wherein the first light conversion members comprise nanoparticles having circular or semi-circular cross sections, wherein the display device further comprises a plurality of second light conversion members on the first light conversion members and having cross sections that are about 450 nm to about 950 nm in diameter, wherein the second light conversion members have a spherical shape. a display panel comprising a plurality of display elements; a window member on the display panel ; and a plurality of first light conversion members that convert the path of light emitted from the display elements and having cross sections that are about 450 nm to about 950 nm in diameter, wherein the first light conversion members directly contact a surface of the window member , and wherein the first light conversion members comprise an acryl-based polymer and/or a vinyl-based polymer, wherein the first light conversion members comprise nanoparticles having circular or semi-circular cross sections, wherein the display device further comprises a plurality of second light conversion members on the first light conversion members and having cross sections that are about 450 nm to about 950 nm in diameter, wherein the second light conversion members have a spherical shape.
Roof system for a vehicle having a roof liner which can be attached in the region of a roof opening and has an edge which is provided peripherally with a shaped-out formation (1.1) which is drawn away from the passenger compartment and, adjoining said shaped-out formation, with an edge rim (1.2), for example a flange, and having a cartridge which has a support , in particular a support lug, at least in sections, on which support the edge rim of the roof liner lies, characterized in that the support forms a slot with the cartridge , which slot receives the edge rim (1.2) of the roof liner at least in sections, and in that the roof liner has one or more recesses in the edge rim, which one or more recesses receives/receive in each case one projection which is provided on the cartridge and/or the support.
A method comprising: manufacturing a first optical aberration compensation lens, comprising: providing a first starting base glass material of a base composition comprising GeSe 2 -As 2 Se 3 -PbSe, GAP-Se, glass; and applying a first heat treatment to the first starting base glass material to form a first glass-ceramic material with a first volume filling fraction of one or more first species of nanocrystals configured to compensate for at least one first aberration of at least one first lens; and manufacturing a second optical aberration compensation lens, comprising: providing the first starting base glass material; and applying a second heat treatment, different from the first heat treatment, to the first starting base glass material to form a second glass-ceramic material with a second volume filling fraction of the one or more first species of nanocrystals configured to compensate for at least one second aberration of at least one second lens. manufacturing a first optical aberration compensation lens, comprising: providing a first starting base glass material of a base composition comprising GeSe 2 -As 2 Se 3 -PbSe, GAP-Se, glass; and applying a first heat treatment to the first starting base glass material to form a first glass-ceramic material with a first volume filling fraction of one or more first species of nanocrystals configured to compensate for at least one first aberration of at least one first lens; and providing a first starting base glass material of a base composition comprising GeSe 2 -As 2 Se 3 -PbSe, GAP-Se, glass; and applying a first heat treatment to the first starting base glass material to form a first glass-ceramic material with a first volume filling fraction of one or more first species of nanocrystals configured to compensate for at least one first aberration of at least one first lens; and manufacturing a second optical aberration compensation lens, comprising: providing the first starting base glass material; and applying a second heat treatment, different from the first heat treatment, to the first starting base glass material to form a second glass-ceramic material with a second volume filling fraction of the one or more first species of nanocrystals configured to compensate for at least one second aberration of at least one second lens. providing the first starting base glass material; and applying a second heat treatment, different from the first heat treatment, to the first starting base glass material to form a second glass-ceramic material with a second volume filling fraction of the one or more first species of nanocrystals configured to compensate for at least one second aberration of at least one second lens.