mhurhangee/patent-ind-claim-en huggingface dataset:
A high voltage fitting for receiving a high voltage cable having a conductor configured for conducting electrical current of more than 1 A at voltages above 1 kV, and having a cable insulation surrounding the conductor , the high voltage fitting comprising: - an insulation comprising a field-control part configured to at least partially surround the cable insulation ; and - at least one fiber-optic sensor mechanically coupled to the field-control part and configured to detect a mechanical deformation in the insulation caused by a partial electric discharge in the insulation in the form of mechanical vibrations having frequencies in the range from about 10 kHz to about 500 kHz. - an insulation comprising a field-control part configured to at least partially surround the cable insulation ; and - at least one fiber-optic sensor mechanically coupled to the field-control part and configured to detect a mechanical deformation in the insulation caused by a partial electric discharge in the insulation in the form of mechanical vibrations having frequencies in the range from about 10 kHz to about 500 kHz.
Land-based electric vehicle charging plug having a plug base and a separate interface , which is secured to the plug base , wherein the plug base has an electrically non-conductive base body and at least one charging current base contact , which is fixedly anchored in the base body , and the interface has an electrically non-conductive interface body and at least one corresponding charging current interface contact , which sits in a proximally accessible plug opening in the interface body , characterized in that the interface is fixed to the plug base by a securing element , which cannot be opened without tools and has a screw head , which can be contact-connected in a form-fitting manner to a corresponding special tool.
A method for initiating a videoconference comprising: receiving , at a processing circuit , video data captured by a digital camera associated with a device ; analyzing, by the processing circuit, the video data to detect the presence of a user ; determining an avatar to represent the user; further analysing the video data to detect movement of the user; providing display data to a remote device via a network interface , the display data being configured to cause the remote device to display the avatar on a display , wherein the display data is provided in response to the presence of the user being detected, and wherein the movement of the avatar on the display mimics the detect movement of the user; receiving a request from the remote device to initiate the video conference; and initiating the videoconference; wherein the determining the avatar to represent the user further comprises: identifying other users participating in the videoconference; and selecting the avatar from a plurality of avatars based on the identified other users in the videoconference. receiving , at a processing circuit , video data captured by a digital camera associated with a device ; analyzing, by the processing circuit, the video data to detect the presence of a user ; determining an avatar to represent the user; further analysing the video data to detect movement of the user; providing display data to a remote device via a network interface , the display data being configured to cause the remote device to display the avatar on a display , wherein the display data is provided in response to the presence of the user being detected, and wherein the movement of the avatar on the display mimics the detect movement of the user; receiving a request from the remote device to initiate the video conference; and initiating the videoconference; wherein the determining the avatar to represent the user further comprises: identifying other users participating in the videoconference; and selecting the avatar from a plurality of avatars based on the identified other users in the videoconference. identifying other users participating in the videoconference; and selecting the avatar from a plurality of avatars based on the identified other users in the videoconference.
A method for compensating boom deflection, the method comprises: a joint angle set determining module determining a joint angle set of a boom if an end of the boom reaches a predetermined target position in a case that the boom is viewed as a rigid body, wherein the joint angle set comprises a joint angle of each joint of the boom; an actual position determining module determining an actual position that the joint angle set causes the end to reach; a deviation determining module determining a deviation between the predetermined target position and the actual position; and a processing module adjusting the joint angle set in a case that the deviation does not satisfy a predetermined condition, and continuing to adjust the joint angle set in a case that the deviation determined according to the adjusted joint angle set does not satisfy the predetermined condition until the deviation satisfies the predetermined condition, characterized by : the processing module adjusting the joint angle set is to adjust the joint angles of at least two joints in all joints of the boom, wherein the at least two joints are adjacent in sequence in the boom and selected in sequence starting from the end of the boom. a joint angle set determining module determining a joint angle set of a boom if an end of the boom reaches a predetermined target position in a case that the boom is viewed as a rigid body, wherein the joint angle set comprises a joint angle of each joint of the boom; an actual position determining module determining an actual position that the joint angle set causes the end to reach; a deviation determining module determining a deviation between the predetermined target position and the actual position; and a processing module adjusting the joint angle set in a case that the deviation does not satisfy a predetermined condition, and continuing to adjust the joint angle set in a case that the deviation determined according to the adjusted joint angle set does not satisfy the predetermined condition until the deviation satisfies the predetermined condition, characterized by : the processing module adjusting the joint angle set is to adjust the joint angles of at least two joints in all joints of the boom, wherein the at least two joints are adjacent in sequence in the boom and selected in sequence starting from the end of the boom.
A sidelink control information sending method, comprising: sending , by a first terminal apparatus, first-stage sidelink control information SCI to a second terminal apparatus, characterised in that a cyclic redundancy check bit corresponding to the first SCI is scrambled by using scrambling information, and the scrambling information comprises a first identifier or a second identifier, wherein the first identifier is used to indicate that the first terminal apparatus is not to send second-stage SCI to the second terminal apparatus, and the second identifier is used to indicate that the first terminal apparatus is to send the second-stage SCI to the second terminal apparatus; and if the scrambling information comprises the first identifier, sending , by the first terminal apparatus, a physical sidelink shared channel PSSCH to the second terminal apparatus based on the first-stage SCI; if the scrambling information comprises the second identifier, sending , by the first terminal apparatus, a physical sidelink shared channel PSSCH to the second terminal apparatus based on the first-stage SCI and the second-stage SCI. sending , by a first terminal apparatus, first-stage sidelink control information SCI to a second terminal apparatus, characterised in that a cyclic redundancy check bit corresponding to the first SCI is scrambled by using scrambling information, and the scrambling information comprises a first identifier or a second identifier, wherein the first identifier is used to indicate that the first terminal apparatus is not to send second-stage SCI to the second terminal apparatus, and the second identifier is used to indicate that the first terminal apparatus is to send the second-stage SCI to the second terminal apparatus; and if the scrambling information comprises the first identifier, sending , by the first terminal apparatus, a physical sidelink shared channel PSSCH to the second terminal apparatus based on the first-stage SCI; if the scrambling information comprises the second identifier, sending , by the first terminal apparatus, a physical sidelink shared channel PSSCH to the second terminal apparatus based on the first-stage SCI and the second-stage SCI.
A method for producing images of a subject using a magnetic resonance imaging (MRI) system, the steps of the method comprising: (a) acquiring data from a volume in a subject with an MRI system using a pulse sequence in which the data are simultaneously acquired in each repetition time period of the pulse sequence as first data from a first slice and second data from a second slice that is orthogonal to the first slice, wherein the pulse sequence is repeated for a number of repetition time periods during which a position of the first slice remains static and a position of the second slice is changed such that the second data are acquired from different slices in the volume that are each orthogonal to the first slice; (b) reconstructing a series of first images from the first data; (c) reconstructing a series of second images from the second data; (d) estimating motion parameters from the series of first images, wherein the motion parameters indicate motion of the subject that occurred while the data were acquired from the volume; and (e) compensating the series of second images using the motion parameters estimated from the series of first images; wherein the first data are acquired from a first echo in each repetition time period and the second data are acquired from a second echo time in each repetition time period; wherein the first echo occurs before the second echo; and wherein the first echo time and the second echo time are not equal. (a) acquiring data from a volume in a subject with an MRI system using a pulse sequence in which the data are simultaneously acquired in each repetition time period of the pulse sequence as first data from a first slice and second data from a second slice that is orthogonal to the first slice, wherein the pulse sequence is repeated for a number of repetition time periods during which a position of the first slice remains static and a position of the second slice is changed such that the second data are acquired from different slices in the volume that are each orthogonal to the first slice; (b) reconstructing a series of first images from the first data; (c) reconstructing a series of second images from the second data; (d) estimating motion parameters from the series of first images, wherein the motion parameters indicate motion of the subject that occurred while the data were acquired from the volume; and (e) compensating the series of second images using the motion parameters estimated from the series of first images; wherein the first data are acquired from a first echo in each repetition time period and the second data are acquired from a second echo time in each repetition time period; wherein the first echo occurs before the second echo; and wherein the first echo time and the second echo time are not equal.
An interlayer film for a laminated glass produced by an extrusion lip embossing method utilizing melt fracture, the interlayer film for a laminated glass comprising a laminate that includes two or more resin layers in a stack and having a large number of protrusions and recesses on at least one surface, characterized by a maximum height Ry (μm) and an average interval Sm (μm) of the protrusions and recesses measured in conformity with JIS B 0601 as described in the description on the surface with protrusions and recesses satisfying a formula : Ry × Sm / 2 ≤ 3,500 μm 2
An optically-based measurement system comprising: a first imaging system configured to be disposed adjacent an inlet of a gas turbine engine of an aircraft , the first imaging system configured to perform a first imaging of a first target area of the inlet of a gas turbine engine of an aircraft , the first imaging performed while the gas turbine engine operates while the aircraft is in flight; a second imaging system configured to be disposed adjacent an outlet of the gas turbine engine , the second imaging system configured to perform a second imaging of a second target area of the outlet of the gas turbine engine of an aircraft , the second imaging performed while the gas turbine engine operates while the aircraft is in flight; and a measurement controller configured to calculate the first mass flow and the second mass flow of the gas turbine engine based at least in part on the first imaging of the inlet and the second imaging of the outlet, respectively. a first imaging system configured to be disposed adjacent an inlet of a gas turbine engine of an aircraft , the first imaging system configured to perform a first imaging of a first target area of the inlet of a gas turbine engine of an aircraft , the first imaging performed while the gas turbine engine operates while the aircraft is in flight; a second imaging system configured to be disposed adjacent an outlet of the gas turbine engine , the second imaging system configured to perform a second imaging of a second target area of the outlet of the gas turbine engine of an aircraft , the second imaging performed while the gas turbine engine operates while the aircraft is in flight; and a measurement controller configured to calculate the first mass flow and the second mass flow of the gas turbine engine based at least in part on the first imaging of the inlet and the second imaging of the outlet, respectively.
A PVC cover strip for bonding to a substrate, the PVC cover strip comprising: a PVC membrane layer having a first surface and second surface; a barrier layer , the barrier layer coating the second surface, the barrier layer being effective to prevent plasticizer migration from the PVC membrane layer ; a primer layer , the primer layer coating the barrier layer ; and a pressure-sensitive adhesive layer , the pressure-sensitive adhesive layer coating the primer layer . a PVC membrane layer having a first surface and second surface; a barrier layer , the barrier layer coating the second surface, the barrier layer being effective to prevent plasticizer migration from the PVC membrane layer ; a primer layer , the primer layer coating the barrier layer ; and a pressure-sensitive adhesive layer , the pressure-sensitive adhesive layer coating the primer layer .
Electrical plug socket having a housing which comprises a plug compartment for the insertion of a connection plug, wherein arranged in the housing is a contact module having a pressed multi-layer circuit board arrangement , fixed to which are contact elements that are contactable by associated plug contacts of the connection plug, and wherein the pressed multi-layer circuit board arrangement comprises a dielectric stabilization layer and arranged above and/or below the stabilization layer is a layer arrangement having a dielectric carrier layer which is positioned between an outer conductor track layer and an inner conductor track layer , wherein the layer arrangement forms at least one plate capacitor , characterized in that the carrier layer of the layer arrangement comprises a fiber-reinforced resin that has already been cured before the pressing of the multi-layer circuit board arrangement and arranged between the layer arrangement and the stabilization layer is at least one prepreg layer for fixing the layer arrangement to the stabilization layer .
A method performed by an uplink synchronization device comprised within a radio base station for enabling uplink synchronization of user equipment present in a cell served by said radio base station , said method comprising: transmitting a first timing alignment command to said user equipment triggering, based on said first timing alignment command, start of a timing alignment timer of the user equipment with defined length of an associated time interval ; characterised by : measuring uplink timing of uplink data received from said user equipment during a measuring time window constituting a defined sub-interval of said time interval ; determining, based on said measured uplink timing, a timing advance for said user equipment ; co-scheduling transmission of a second timing alignment command comprising a notification of said timing advance together with a scheduled downlink data transmission to said user equipment on a packet data shared channel, PDSCH, during a following scheduling time window constituting a defined sub-interval of said time interval and started upon an end of the measuring time window; and co-transmitting said second timing alignment command and said downlink data to said user equipment on the PDSCH during said scheduling time window . transmitting a first timing alignment command to said user equipment triggering, based on said first timing alignment command, start of a timing alignment timer of the user equipment with defined length of an associated time interval ; characterised by : measuring uplink timing of uplink data received from said user equipment during a measuring time window constituting a defined sub-interval of said time interval ; determining, based on said measured uplink timing, a timing advance for said user equipment ; co-scheduling transmission of a second timing alignment command comprising a notification of said timing advance together with a scheduled downlink data transmission to said user equipment on a packet data shared channel, PDSCH, during a following scheduling time window constituting a defined sub-interval of said time interval and started upon an end of the measuring time window; and co-transmitting said second timing alignment command and said downlink data to said user equipment on the PDSCH during said scheduling time window . measuring uplink timing of uplink data received from said user equipment during a measuring time window constituting a defined sub-interval of said time interval ; determining, based on said measured uplink timing, a timing advance for said user equipment ; co-scheduling transmission of a second timing alignment command comprising a notification of said timing advance together with a scheduled downlink data transmission to said user equipment on a packet data shared channel, PDSCH, during a following scheduling time window constituting a defined sub-interval of said time interval and started upon an end of the measuring time window; and co-transmitting said second timing alignment command and said downlink data to said user equipment on the PDSCH during said scheduling time window .
A biological catalyst for the regeneration of tissues, obtainable directly from an adipose starting material, comprising adipose material in liquid solution in a quantity of 1.0-1.5g/ml of adipose starting material, said 1.0-1.5g/ml of adipose material comprising a quantity of 2-30mg of proteins, said 2-30mg of proteins comprising at least 400-4000pg of IL-1RA, an IL-1b receptor inhibitor, said biological catalyst being characterised in that said 2-30mg of proteins comprise at most: 5-500pg of IL-6, 1-10pg of TNFa, 0.5-10pg of IL-1b.
A cleaning composition for removing plasma etch residues and/or plasma ashing residues from a semiconductor substrate, comprising: 1) HF in an amount of from about 0.01% to about 1% by weight of the composition; 2) substituted or unsubstituted boric acid in an amount of from about 0.01% to about 0.6% by weight of the composition; 3) ammonium sulfate in an amount of from about 0.05% to about 5% by weight of the composition; 4) at least one metal corrosion inhibitor in an amount of from about 0.1% to about 0.6% by weight of the composition, wherein the metal corrosion inhibitor is a substituted or unsubstituted benzotriazole; 5) water in an amount of from about 80% to about 99.7% by weight of the composition; and 6) optionally, at least one pH adjusting agent, the pH adjusting agent being a base free of a metal ion; wherein the cleaning composition does not contain an oxidizing agent and the pH of the composition is between 5 and about 6. 1) HF in an amount of from about 0.01% to about 1% by weight of the composition; 2) substituted or unsubstituted boric acid in an amount of from about 0.01% to about 0.6% by weight of the composition; 3) ammonium sulfate in an amount of from about 0.05% to about 5% by weight of the composition; 4) at least one metal corrosion inhibitor in an amount of from about 0.1% to about 0.6% by weight of the composition, wherein the metal corrosion inhibitor is a substituted or unsubstituted benzotriazole; 5) water in an amount of from about 80% to about 99.7% by weight of the composition; and 6) optionally, at least one pH adjusting agent, the pH adjusting agent being a base free of a metal ion;
A dental floss dispenser , comprising: a dispenser housing enclosing an interior portion ; and a dispensing portion slidably positioned inside the interior portion of the dispenser housing , the dispensing portion having a stored position and a dispensing position, wherein, in the stored position, the dispensing portion is entirely disposed in the interior portion, and, in the dispensing position, the dispensing portion is partially disposed outside of the interior portion; the dispensing portion including a storage chamber for storing a wound string of dental floss and a floss dispensing cavity for holding at least a portion of the wound string of dental floss extracted from the storage chamber; and a locking mechanism configured to temporarily retain the dispensing portion in stored position or the dispensing position wherein the locking mechanism including a spring component and a latching component , wherein the spring component , upon unlocking of the latching component , is configured to position the dispensing portion in the dispensing position, and the latching component , upon locking, is configured to retain the dispensing portion in the stored position. a dispenser housing enclosing an interior portion ; and a dispensing portion slidably positioned inside the interior portion of the dispenser housing , the dispensing portion having a stored position and a dispensing position, wherein, in the stored position, the dispensing portion is entirely disposed in the interior portion, and, in the dispensing position, the dispensing portion is partially disposed outside of the interior portion; the dispensing portion including a storage chamber for storing a wound string of dental floss and a floss dispensing cavity for holding at least a portion of the wound string of dental floss extracted from the storage chamber; and a locking mechanism configured to temporarily retain the dispensing portion in stored position or the dispensing position wherein the locking mechanism including a spring component and a latching component , wherein the spring component , upon unlocking of the latching component , is configured to position the dispensing portion in the dispensing position, and the latching component , upon locking, is configured to retain the dispensing portion in the stored position.