mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle door hinge for a vehicle door opening vertically, comprising: a first hinge part adapted to be attached to a vehicle frame comprising a pivot attachment means , a second hinge part adapted to be attached to the vehicle door attached to the pivot attachment means of the first hinge part configured to allow the second hinge part to rotate the vehicle door in an opening direction or closing direction between a closed position and an open position, a stopper part attached to the pivot attachment means of the first hinge part at a distance from a mass centre (M) of the stopper part , a locking mechanism for locking the stopper part position relative the second hinge part, wherein the locking mechanism is moveable between an unlocked position and a locked position, characterized in that the stopper part in the unlocked position is arranged to be moved by gravity to a resting position where it is adjacent or abutting the first hinge part and stopped by the first hinge part from rotating in the opening direction but free to rotate in the other direction. a first hinge part adapted to be attached to a vehicle frame comprising a pivot attachment means , a second hinge part adapted to be attached to the vehicle door attached to the pivot attachment means of the first hinge part configured to allow the second hinge part to rotate the vehicle door in an opening direction or closing direction between a closed position and an open position, a stopper part attached to the pivot attachment means of the first hinge part at a distance from a mass centre (M) of the stopper part , a locking mechanism for locking the stopper part position relative the second hinge part, wherein the locking mechanism is moveable between an unlocked position and a locked position, characterized in that the stopper part in the unlocked position is arranged to be moved by gravity to a resting position where it is adjacent or abutting the first hinge part and stopped by the first hinge part from rotating in the opening direction but free to rotate in the other direction.
A method for providing a favorite menu on a computing device , the method being performed by the computing device and comprising steps of: - providing an item, wherein at least one medical action is assigned to the item, - storing (2; 12; 21) the item in a favorite list, and - displaying (3; 13; 22) the favorite list on a display device of the computing device , characterized in that the item is provided based on a medical selection criterion, wherein the medical selection criterion relates to a complexity of the at least one medical action, a clinical value of the at least one medical action or a criticality of the at least one medical action. - providing an item, wherein at least one medical action is assigned to the item, - storing (2; 12; 21) the item in a favorite list, and - displaying (3; 13; 22) the favorite list on a display device of the computing device , characterized in that the item is provided based on a medical selection criterion, wherein the medical selection criterion relates to a complexity of the at least one medical action, a clinical value of the at least one medical action or a criticality of the at least one medical action.
A wire grid polarizer, WGP, configured to polarize light incident thereon, the WGP comprising: an array of wires over a face of a transparent substrate , with channels between adjacent wires ; each of the wires including a reflective layer and an absorptive layer ; a heat-dissipation layer located over the array of wires and farther from the transparent substrate than the array of wires or located between the array of wires and the transparent substrate ; and the heat-dissipation layer being a continuous layer having an electrical resistivity of greater than 10 6 Ω ∗ cm, a coefficient of thermal conductivity of greater than 5 W/(m ∗ K) and a thickness, Th 16 , of ≤ 2000 nm. an array of wires over a face of a transparent substrate , with channels between adjacent wires ; each of the wires including a reflective layer and an absorptive layer ; a heat-dissipation layer located over the array of wires and farther from the transparent substrate than the array of wires or located between the array of wires and the transparent substrate ; and the heat-dissipation layer being a continuous layer having an electrical resistivity of greater than 10 6 Ω ∗ cm, a coefficient of thermal conductivity of greater than 5 W/(m ∗ K) and a thickness, Th 16 , of ≤ 2000 nm.
A process for producing a Group III nitride compound semiconductor substrate having a surface , comprising a step of forming a surface layer containing a chloride of not less than 200 × 10 10 atoms/cm 2 and not more than 12000 × 10 10 atoms/cm 2 in terms of CI and an oxide of not less than 3.0 at% and not more than 15.0 at% in terms of O, at the surface of the Group III nitride compound semiconductor substrate , wherein the surface layer at the surface of the compound semiconductor substrate is formed by dry etching of the surface of the compound semiconductor substrate with a chlorine-based gas in a chamber in which a compound containing the Si element and at least one element selected from the group consisting of C, N, and O exists, wherein the dry etching is reactive ion etching, and wherein conditions of the etching satisfy a relation of the following formula: 0.05 ≤ PV / Q ≤ 3.0 , where P (Pa) is a pressure in the chamber, Q (sccm) is a gas flow rate, and V (L) is a volume of the chamber, and wherein a Group III nitride epitaxial layer is grown on the surface layer of the compound semiconductor substrate .
A stator seal structure in a uniaxial eccentric screw pump , the stator seal structure comprising: a male-threaded rotor coupled to a driving shaft ; a stator rotatably coupled to a housing via a bearing and having a female-threaded inner surface with a rotational axial line arranged to be eccentric with respect to a rotational axial line of the rotor ; and a pair of sealing mechanisms for sealing space between the housing and an intake side end portion of the stator , and between the housing and a discharge side end portion of the stator , characterized in that each of the pair of sealing mechanisms has a sliding seal surface arranged to be opposite to a sliding surface of the stator in a direction of the rotational axial line of the rotor , and has a ring-shaped secured ring secured to the housing , the secured ring is attached with an elastic body for ensuring with an elastic force of the elastic body a contact pressure between the sliding seal surface of the stator and the sliding seal surface of the secured ring and for sealing space between the secured ring and the housing , the secured ring is made of ceramics or cemented carbide, and the sliding seal surface of the stator is coated with ceramics . a male-threaded rotor coupled to a driving shaft ; a stator rotatably coupled to a housing via a bearing and having a female-threaded inner surface with a rotational axial line arranged to be eccentric with respect to a rotational axial line of the rotor ; and a pair of sealing mechanisms for sealing space between the housing and an intake side end portion of the stator , and between the housing and a discharge side end portion of the stator , characterized in that each of the pair of sealing mechanisms has a sliding seal surface arranged to be opposite to a sliding surface of the stator in a direction of the rotational axial line of the rotor , and has a ring-shaped secured ring secured to the housing , the secured ring is attached with an elastic body for ensuring with an elastic force of the elastic body a contact pressure between the sliding seal surface of the stator and the sliding seal surface of the secured ring and for sealing space between the secured ring and the housing , the secured ring is made of ceramics or cemented carbide, and the sliding seal surface of the stator is coated with ceramics .
A method of reporting buffer status by a user equipment , the method comprising: sending a control element including buffer status information for a logical channel group on which first packets are transmitted and buffer status information for all of the logical channels that have activated packet duplication in the logical channel group; characterized in that the control element includes buffer status information for a total amount of data available for transmission of all of the logical channels in the logical channel group on which the original packets transmit and buffer status information for a total amount of duplicated data available for transmission of all of logical channels that have activated duplication in the logical channel group; wherein logical channels are grouped into the corresponding logical channel groups according to their destinations and in consideration of service reliability configuration. sending a control element including buffer status information for a logical channel group on which first packets are transmitted and buffer status information for all of the logical channels that have activated packet duplication in the logical channel group; characterized in that the control element includes buffer status information for a total amount of data available for transmission of all of the logical channels in the logical channel group on which the original packets transmit and buffer status information for a total amount of duplicated data available for transmission of all of logical channels that have activated duplication in the logical channel group;
An apparatus for generating a three-dimensional object, the apparatus comprising: a build material distributor configured to distribute respective build layers of build material in a build area of the apparatus; and a controller configured to: control the build material distributor to distribute a particular build layer in the build area over a previous build layer; determine a build layer temperature corresponding to the particular build layer; analyze build layer coverage for the particular build layer based at least in part on a build layer temperature of the previous build layer and the build layer temperature of the particular build layer; and control the build material distributor to recoat the particular build layer with additional build material based at least in part on the build layer coverage for the particular build layer. a build material distributor configured to distribute respective build layers of build material in a build area of the apparatus; and a controller configured to: control the build material distributor to distribute a particular build layer in the build area over a previous build layer; determine a build layer temperature corresponding to the particular build layer; analyze build layer coverage for the particular build layer based at least in part on a build layer temperature of the previous build layer and the build layer temperature of the particular build layer; and control the build material distributor to recoat the particular build layer with additional build material based at least in part on the build layer coverage for the particular build layer. control the build material distributor to distribute a particular build layer in the build area over a previous build layer; determine a build layer temperature corresponding to the particular build layer; analyze build layer coverage for the particular build layer based at least in part on a build layer temperature of the previous build layer and the build layer temperature of the particular build layer; and control the build material distributor to recoat the particular build layer with additional build material based at least in part on the build layer coverage for the particular build layer.
A press pad for use in a hydraulic single-stage or multi-stage heat press, comprising a support fabric (S), preferably having metallic filaments, and an elastomeric deposit consisting of a cured rubber, characterized in that the elastomeric deposit is applied to the support fabric (S) in a 3D printing process by means of a printing device, wherein the deposit is applied in accordance with previously determined digitized data for a 3D topography of the desired elastomeric deposit .
An endograft, comprising: a stent structure ; at least one attachment mechanism configured to releasably attach to the stent structure and before the endograft is loaded into any deployment system; and at least one optical shape sensing (OSS) system having one or more optical fibers , wherein said optical shape sensing system is coupled to the at least one attachment mechanism and is configured to measure at least one of shape, position or orientation of the stent structure. a stent structure ; at least one attachment mechanism configured to releasably attach to the stent structure and before the endograft is loaded into any deployment system; and at least one optical shape sensing (OSS) system having one or more optical fibers , wherein said optical shape sensing system is coupled to the at least one attachment mechanism and is configured to measure at least one of shape, position or orientation of the stent structure.
An apparatus for delivering a drug to a recipient comprising: an attaching base for attachment to the recipient; a single motion mechanical drive train (242, 243, 256; 330); and a reservoir containing said drug; characterized in that : a puncturing mechanism including a hollow needle is in fluid communication with the reservoir , the hollow needle is being partially inserted into a septum in an initial, sealed configuration of the apparatus, thereby sealing the hollow needle and the reservoir , the mechanical drive train (242, 243, 256; 330) being configured to drive the reservoir and the hollow needle forward to push the hollow needle fully through said septum , to unseal the hollow needle and the reservoir , and put the apparatus in a discharge configuration, and further motion of said mechanical drive train (242, 243, 256; 330) being configured to advance a plunger into said reservoir , thereby discharging the drug from said reservoir . an attaching base for attachment to the recipient; a single motion mechanical drive train (242, 243, 256; 330); and a reservoir containing said drug; characterized in that : a puncturing mechanism including a hollow needle is in fluid communication with the reservoir , the hollow needle is being partially inserted into a septum in an initial, sealed configuration of the apparatus, thereby sealing the hollow needle and the reservoir , the mechanical drive train (242, 243, 256; 330) being configured to drive the reservoir and the hollow needle forward to push the hollow needle fully through said septum , to unseal the hollow needle and the reservoir , and put the apparatus in a discharge configuration, and further motion of said mechanical drive train (242, 243, 256; 330) being configured to advance a plunger into said reservoir , thereby discharging the drug from said reservoir . a puncturing mechanism including a hollow needle is in fluid communication with the reservoir , the hollow needle is being partially inserted into a septum in an initial, sealed configuration of the apparatus, thereby sealing the hollow needle and the reservoir , the mechanical drive train (242, 243, 256; 330) being configured to drive the reservoir and the hollow needle forward to push the hollow needle fully through said septum , to unseal the hollow needle and the reservoir , and put the apparatus in a discharge configuration, and further motion of said mechanical drive train (242, 243, 256; 330) being configured to advance a plunger into said reservoir , thereby discharging the drug from said reservoir .
A non-volatile thermotropic composite material comprising: a first component comprising a non-aqueous and non-volatile proton donating material; a second component comprising a monomer, an oligomer, or a polymer, as a proton accepting material, wherein the second component has hydrogen bonding ability with the first component; a non-volatile polymeric matrix; and wherein the non-volatile polymeric matrix, the first component and the second component are configured to maintain at least one property which is reversibly changeable based on thermal energy received by or given out from the non-volatile thermotropic composite material, wherein the at least one property comprises an optical state of the non-volatile thermotropic composite material, wherein the optical state is reversibly changeable between an optically pervious state and an optically non-pervious state based on changing the hydrogen bonding ability of the second component with the first component based on temperature, wherein the non-volatile thermotropic composite material is formed as an iongel. a first component comprising a non-aqueous and non-volatile proton donating material; a second component comprising a monomer, an oligomer, or a polymer, as a proton accepting material, wherein the second component has hydrogen bonding ability with the first component; a non-volatile polymeric matrix; and wherein the non-volatile polymeric matrix, the first component and the second component are configured to maintain at least one property which is reversibly changeable based on thermal energy received by or given out from the non-volatile thermotropic composite material, wherein the at least one property comprises an optical state of the non-volatile thermotropic composite material, wherein the optical state is reversibly changeable between an optically pervious state and an optically non-pervious state based on changing the hydrogen bonding ability of the second component with the first component based on temperature, wherein the non-volatile thermotropic composite material is formed as an iongel.
A monitoring apparatus comprising means for performing a method for monitoring smart devices, the method comprising obtaining a definition of a cluster of smart devices to be monitored, wherein the cluster to be monitored comprises a plurality of smart devices in one or more networks; obtaining monitoring requirements for the cluster to be monitored, wherein the monitoring requirements comprises one or more user-defined conditions to be met by the plurality of smart devices for guaranteeing a user-defined interdependency between the plurality of smart devices in the cluster to be monitored and one or more operations to be triggered; wherein the one or more user-defined conditions to be met by the plurality of smart devices are for guaranteeing an interdependent working of the plurality of smart devices in the cluster to be monitored; monitoring the plurality of smart devices based on the monitoring requirements to determine whether or not the one or more user-defined conditions are met by the plurality of smart devices; triggering the one or more operations when the one or more user-defined conditions are not met. obtaining a definition of a cluster of smart devices to be monitored, wherein the cluster to be monitored comprises a plurality of smart devices in one or more networks; obtaining monitoring requirements for the cluster to be monitored, wherein the monitoring requirements comprises one or more user-defined conditions to be met by the plurality of smart devices for guaranteeing a user-defined interdependency between the plurality of smart devices in the cluster to be monitored and one or more operations to be triggered; wherein the one or more user-defined conditions to be met by the plurality of smart devices are for guaranteeing an interdependent working of the plurality of smart devices in the cluster to be monitored; monitoring the plurality of smart devices based on the monitoring requirements to determine whether or not the one or more user-defined conditions are met by the plurality of smart devices; triggering the one or more operations when the one or more user-defined conditions are not met.
A profile server for providing electronic communication profiles for a group of electronic subscriber identity modules (105-1,105-2) of mobile communication devices assigned to a user of a communication network, wherein each electronic subscriber identity module (105-1,105-2) is assigned an electronic identification, elD, with: a memory configured to store a plurality of groups of electronic communication profiles , wherein each group of electronic communication profiles is assigned to electronic subscriber identity modules (105-1, 105-2) of mobile communication devices of a user; a communication interface for receiving an electronic identification of an electronic subscriber identity module; and a processor configured to assign to the received electronic identification a group of electronic communication profiles stored in the memory and to select an electronic communication profile from the group of electronic communication profiles assigned to the received electronic identification; wherein the communication interface is configured to transmit the selected electronic communication profile to the mobile communication device having the electronic subscriber identity module (105-1, 105-2) identified by the electronic identification, wherein the memory is configured to store electronic identifications assigned to a group of electronic communication profiles, and wherein the processor is configured, for assigning the group of electronic communication profiles to the received electronic identification, to compare the received electronic identification with the stored electronic identifications to select the group of electronic communication profiles assigned to the received electronic identification. a memory configured to store a plurality of groups of electronic communication profiles , wherein each group of electronic communication profiles is assigned to electronic subscriber identity modules (105-1, 105-2) of mobile communication devices of a user; a communication interface for receiving an electronic identification of an electronic subscriber identity module; and a processor configured to assign to the received electronic identification a group of electronic communication profiles stored in the memory and to select an electronic communication profile from the group of electronic communication profiles assigned to the received electronic identification; wherein the communication interface is configured to transmit the selected electronic communication profile to the mobile communication device having the electronic subscriber identity module (105-1, 105-2) identified by the electronic identification, wherein the memory is configured to store electronic identifications assigned to a group of electronic communication profiles, and wherein the processor is configured, for assigning the group of electronic communication profiles to the received electronic identification, to compare the received electronic identification with the stored electronic identifications to select the group of electronic communication profiles assigned to the received electronic identification.