mhurhangee/patent-ind-claim-en huggingface dataset:
Protective housing of an electronic device , the housing comprising a plurality of walls defining a recess in which to arrange the electronic device , one of the walls, referred to as the main wall, having an opening covered with a sealed membrane for exposing a part of the measuring device to atmospheric pressure, the housing being characterized in that it comprises, arranged on the outer surface of the main wall: - a plurality of partitions separated from each other by passages and arranged around the opening so as to completely surround it in such a way that any portion of the edge of the opening is concealed by at least one of the partitions ; - at least one flow groove arranged next to the opening in order to allow the discharge of liquid which would be likely to accumulate around the opening and/or against the partitions . - a plurality of partitions separated from each other by passages and arranged around the opening so as to completely surround it in such a way that any portion of the edge of the opening is concealed by at least one of the partitions ; - at least one flow groove arranged next to the opening in order to allow the discharge of liquid which would be likely to accumulate around the opening and/or against the partitions .
A computer system for anomaly detection using application telemetry, the computer system comprising: an electronic processor configured to receive telemetry data originating from a plurality of client applications , the telemetry data including data points representing errors associated with one or more operations of the plurality of client applications ; the electronic processor is further configured to associate each data point with a branch of a plurality of branches included in a hierarchical map of data classes; for each of the plurality of branches included in the hierarchical map generate one or more metrics based on the number of data points associated with the branch; access a predictive scoring model to determine a prediction error associated with a branch of interest, wherein the prediction error is a difference between a predicted metric associated with the branch of interest and the generated one or more metrics for the branch of interest; and detect an anomaly when the prediction error is greater than a threshold; output an alert message associated with the anomaly; and a display device (139 to display the alert message. an electronic processor configured to receive telemetry data originating from a plurality of client applications , the telemetry data including data points representing errors associated with one or more operations of the plurality of client applications ; the electronic processor is further configured to associate each data point with a branch of a plurality of branches included in a hierarchical map of data classes; for each of the plurality of branches included in the hierarchical map generate one or more metrics based on the number of data points associated with the branch; access a predictive scoring model to determine a prediction error associated with a branch of interest, wherein the prediction error is a difference between a predicted metric associated with the branch of interest and the generated one or more metrics for the branch of interest; and detect an anomaly when the prediction error is greater than a threshold; receive telemetry data originating from a plurality of client applications , the telemetry data including data points representing errors associated with one or more operations of the plurality of client applications ; the electronic processor is further configured to associate each data point with a branch of a plurality of branches included in a hierarchical map of data classes; for each of the plurality of branches included in the hierarchical map generate one or more metrics based on the number of data points associated with the branch; access a predictive scoring model to determine a prediction error associated with a branch of interest, wherein the prediction error is a difference between a predicted metric associated with the branch of interest and the generated one or more metrics for the branch of interest; and detect an anomaly when the prediction error is greater than a threshold; output an alert message associated with the anomaly; and a display device (139 to display the alert message.
Tubular construction having a heat-insulation material arranged in a inter-tube space , wherein the inter-tube space is formed by at least one inner tube and at least outer tube , which is arranged around the inner tube , wherein the inter-tube space has an at least sectionally swellable material for producing longitudinal tightness at at least one signalling conductor , in particular for sealing off a capillary gap, formed through the inter-tube space , by way of swelling of the material transverse to the main extent, characterized in that the swellable material is bonded in a core or extends parallel to and on a core , wherein signalling-conductor wires of the signalling conductor are arranged helically around the core and the swellable material .
A unit module , comprising: a pouch-type battery cell having an electrode assembly, a cell case for accommodating the electrode assembly, and an electrode lead connected to the electrode assembly and drawn out of the cell case ; a bus bar attached to the electrode lead ; and a bus bar frame attached to a terrace portion (T) of the battery cell to accommodate at least a portion of the electrode lead and the bus bar therein, the bus bar frame pressing the electrode lead and the bus bar so that the electrode lead and the bus bar are closely adhered to each other, characterized by the bus bar frame having a welding slit formed at a location corresponding to the bus bar and the electrode lead so that a contact portion of the bus bar and the electrode lead is exposed out, wherein the bus bar includes: a bonding portion extending in a direction parallel to the electrode lead to contact the electrode lead and located at an inner side of the bus bar frame ; an exposed portion bent from the bonding portion to extend in a direction perpendicular to the bonding portion and drawn out of the bus bar frame ; and a hook portion extending from an end of the bonding portion in a direction parallel to the exposed portion . a pouch-type battery cell having an electrode assembly, a cell case for accommodating the electrode assembly, and an electrode lead connected to the electrode assembly and drawn out of the cell case ; a bus bar attached to the electrode lead ; and a bus bar frame attached to a terrace portion (T) of the battery cell to accommodate at least a portion of the electrode lead and the bus bar therein, the bus bar frame pressing the electrode lead and the bus bar so that the electrode lead and the bus bar are closely adhered to each other, characterized by the bus bar frame having a welding slit formed at a location corresponding to the bus bar and the electrode lead so that a contact portion of the bus bar and the electrode lead is exposed out, wherein the bus bar includes: a bonding portion extending in a direction parallel to the electrode lead to contact the electrode lead and located at an inner side of the bus bar frame ; an exposed portion bent from the bonding portion to extend in a direction perpendicular to the bonding portion and drawn out of the bus bar frame ; and a hook portion extending from an end of the bonding portion in a direction parallel to the exposed portion . a bonding portion extending in a direction parallel to the electrode lead to contact the electrode lead and located at an inner side of the bus bar frame ; an exposed portion bent from the bonding portion to extend in a direction perpendicular to the bonding portion and drawn out of the bus bar frame ; and a hook portion extending from an end of the bonding portion in a direction parallel to the exposed portion .
A latent heat storage body, comprising: a core particle comprising a latent heat storage material of an Al-Si alloy; and an oxidized film, which is α-Al 2 O 3 , provided on an outer surface of the core particle, wherein a void as a buffer is present between the core and the oxidized film when the core particle is in a solid phase state, and wherein the core particle storage body has a spherical shape. a core particle comprising a latent heat storage material of an Al-Si alloy; and an oxidized film, which is α-Al 2 O 3 , provided on an outer surface of the core particle, wherein a void as a buffer is present between the core and the oxidized film when the core particle is in a solid phase state, and wherein the core particle storage body has a spherical shape.
A forklift comprising: forks for holding a load ; cylinders for causing the forks to perform an ascending/descending operation at an ascending/descending speed in accordance with a flow rate of hydraulic oil; a first valve for controlling the flow rate of hydraulic oil in accordance with an energizing current; a second valve for regulating the flow rate of hydraulic oil between the cylinders and the first valve in accordance with cylinder pressure on the cylinders ; a control portion for supplying the energizing current to the first valve ; an operating portion for stopping the ascending/descending operation; and a pressure sensor for detecting the cylinder pressure, wherein the control portion is adapted to calculate the flow rate to be regulated by the second valve based on the cylinder pressure, the control portion is adapted to calculate a current command value for the energizing current, with the flow rate to be controlled by the first valve being set equal to the regulated flow rate, and the control portion is adapted to change the energizing current in two stages, with the current command value being set as an upper limit of the energizing current, thereby decelerating the forks in two stages when stopping the ascending/descending operation. forks for holding a load ; cylinders for causing the forks to perform an ascending/descending operation at an ascending/descending speed in accordance with a flow rate of hydraulic oil; a first valve for controlling the flow rate of hydraulic oil in accordance with an energizing current; a second valve for regulating the flow rate of hydraulic oil between the cylinders and the first valve in accordance with cylinder pressure on the cylinders ; a control portion for supplying the energizing current to the first valve ; an operating portion for stopping the ascending/descending operation; and a pressure sensor for detecting the cylinder pressure, wherein the control portion is adapted to calculate the flow rate to be regulated by the second valve based on the cylinder pressure, the control portion is adapted to calculate a current command value for the energizing current, with the flow rate to be controlled by the first valve being set equal to the regulated flow rate, and the control portion is adapted to change the energizing current in two stages, with the current command value being set as an upper limit of the energizing current, thereby decelerating the forks in two stages when stopping the ascending/descending operation.
A process for the conversion of glycolaldehyde with an aminating agent in the presence of hydrogen and of a catalyst in a glycolaldehyde conversion reactor, wherein one or more organic carboxylic acids are fed into the glycolaldehyde conversion reactor.
Insulation element with low electrical conductivity for the electrical insulation of an electrotechnical component in the high voltage range, comprising - a natural fibre material ; - electrically conductive particles ; and - a cationic polymer , characterised in that the electrically conductive particles comprise an electrically non-conductive core and an electrically conductive or semi-conductive coating surrounding the core , and in that the size of the electrically conductive particles is in the range from 2 μm to 200 μm, in particular in the range from 2 μm to 100 μm. - a natural fibre material ; - electrically conductive particles ; and - a cationic polymer ,
A shelf frame assembly system comprising: a first vertical post that includes a plurality of openings disposed on a surface of the vertical post ; a side beam comprising a receiving bore disposed at a first end of the side beam ; an end piece or side beam connector having a coupling portion and a receiving portion, the receiving portion includes a plurality of protrusions ; and an end connector configured to be inserted into one of the plurality of openings , the end connector includes a plurality of recesses configured to receive the plurality of protrusions and a stop configured to make contact with at least one edge of the one of the plurality of openings ; wherein the receiving bore of the side beam is configured to receive the coupling portion of the end piece ; wherein the receiving portion of the side beam connector is configured to receive the end connector ; and wherein the plurality of protrusions are configured to resist, in use, a horizontal withdrawal of the side beam connector from the end connector . a first vertical post that includes a plurality of openings disposed on a surface of the vertical post ; a side beam comprising a receiving bore disposed at a first end of the side beam ; an end piece or side beam connector having a coupling portion and a receiving portion, the receiving portion includes a plurality of protrusions ; and an end connector configured to be inserted into one of the plurality of openings , the end connector includes a plurality of recesses configured to receive the plurality of protrusions and a stop configured to make contact with at least one edge of the one of the plurality of openings ; wherein the receiving bore of the side beam is configured to receive the coupling portion of the end piece ; wherein the receiving portion of the side beam connector is configured to receive the end connector ; and wherein the plurality of protrusions are configured to resist, in use, a horizontal withdrawal of the side beam connector from the end connector .
A group III nitride semiconductor substrate that is formed of group III nitride semiconductor crystals, wherein both exposed first and second main surfaces in a relationship of top and bottom are semipolar planes, and a variation coefficient of an emission wavelength of each of the first and second main surfaces is 0.05% or less in photoluminescence (PL) measurement performed under conditions in which mapping is performed in units of an area of 1 mm 2 by emitting helium-cadmium (He-Cd) laser, which has a wavelength of 325 nm and an output of 10 mW or more and 40 mW or less, at room temperature.
A method for detecting an analyte in a sample, the method comprising: a) immobilizing a single analyte from the sample to a discrete region of a solid support and providing detectably labeled query probes that associate and dissociate with said single analyte; b) counting a plurality of time-resolved signal intensity transitions detected within the discrete region and identifying the signal intensity transitions as a candidate signal produced by the repeated association and dissociation of said detectably labeled query probes with said immobilized single analyte when the number of signal intensity transitions detected within the discrete region is greater than a threshold value; and c) detecting the analyte in the sample when said candidate signal is detected or when a value of a parameter characterizing said time-resolved signal intensity transitions indicates the presence of said single analyte in said discrete region; wherein the analyte comprises a protein or a glycosylated protein. a) immobilizing a single analyte from the sample to a discrete region of a solid support and providing detectably labeled query probes that associate and dissociate with said single analyte; b) counting a plurality of time-resolved signal intensity transitions detected within the discrete region and identifying the signal intensity transitions as a candidate signal produced by the repeated association and dissociation of said detectably labeled query probes with said immobilized single analyte when the number of signal intensity transitions detected within the discrete region is greater than a threshold value; and c) detecting the analyte in the sample when said candidate signal is detected or when a value of a parameter characterizing said time-resolved signal intensity transitions indicates the presence of said single analyte in said discrete region;
A network slice deployment method performed by a first network management unit , the method comprising the steps of: • obtaining (S 201) node instance information, wherein the node instance information comprises identifier information of a node instance or a network address of the node instance; • determining (S 202) transport requirement information corresponding to the node instance information, whereby the transport requirement information comprises one or more of the following: a latency and bandwidth; and • sending (S 203) a transport request message to a transport network manager , wherein the transport request message carries the transport requirement information and the node instance information, and the transport request message is used to request the transport network manager to configure a transport resource of the node instance corresponding to the node instance information and corresponding to the transport requirement information. • obtaining (S 201) node instance information, wherein the node instance information comprises identifier information of a node instance or a network address of the node instance; • determining (S 202) transport requirement information corresponding to the node instance information, whereby the transport requirement information comprises one or more of the following: a latency and bandwidth; and • sending (S 203) a transport request message to a transport network manager , wherein the transport request message carries the transport requirement information and the node instance information, and the transport request message is used to request the transport network manager to configure a transport resource of the node instance corresponding to the node instance information and corresponding to the transport requirement information.
An electronic device comprising: a first imaging camera ; a second imaging camera ; a depth sensor to determine distances of objects from the electronic device , the depth sensor including a modulated light projector to project at least a modulated light pattern (424; 500) and at least one of the first imaging camera and the second imaging camera of the electronic device ; an ambient light sensor to detect an ambient light condition of the electronic device ; and a controller to control at least one of a frequency, an intensity, and a duration of projections of the modulated light pattern (424; 500) by the modulated light projector responsive to the ambient light condition; wherein the electronic device is to determine depth data for detected spatial features using image data from the first imaging camera and image data from the second imaging camera responsive to the ambient light condition being greater than a threshold; and wherein the electronic device is to determine depth data for detected spatial features using reflections of the modulated light pattern (424; 500) captured by one of the first imaging camera or the second imaging camera responsive to the ambient light condition being less than the threshold. a first imaging camera ; a second imaging camera ; a depth sensor to determine distances of objects from the electronic device , the depth sensor including a modulated light projector to project at least a modulated light pattern (424; 500) and at least one of the first imaging camera and the second imaging camera of the electronic device ; an ambient light sensor to detect an ambient light condition of the electronic device ; and a controller to control at least one of a frequency, an intensity, and a duration of projections of the modulated light pattern (424; 500) by the modulated light projector responsive to the ambient light condition; wherein the electronic device is to determine depth data for detected spatial features using image data from the first imaging camera and image data from the second imaging camera responsive to the ambient light condition being greater than a threshold; and wherein the electronic device is to determine depth data for detected spatial features using reflections of the modulated light pattern (424; 500) captured by one of the first imaging camera or the second imaging camera responsive to the ambient light condition being less than the threshold.
Apparatus for adjusting the height of a mould of a tyre curing press , in the case of which apparatus the mould consists of at least two mould parts which can be positioned relative to one another, the apparatus realizing a linear movement path, and in the case of which apparatus at least two fluid cylinders are arranged as a linear drive for a lower mould part , and a guide element is arranged as a linear guide, and at least one locking apparatus which corresponds with the guide element is arranged, and in the case of which apparatus the guide element is tubular, characterized in that the guide element can be fixed in at least one axial position, and in that the locking apparatus is formed substantially by way of a ring , having at least one pin , which ring is positioned and oriented relative to the guide element in such a way that the ring can be rotated at least partially around the guide element by way of a pivoting drive , and in the case of which apparatus a sensor is arranged for monitoring the position of the ring .
Electronic device for biomedical use , comprising: - a radio frequency circuit which can be powered by a voltage ; - at least one electrode connected at the output to said radio frequency circuit and applicable on a part of a person's body; said radio frequency circuit being configured to generate as output an electric current wave with fundamental frequency higher than or equal to 2 MHz and distorted by the presence of harmonics of at least the second order; characterized in that the first percentage ratio between the amplitude of the peak of said electric current wave at said second-order harmonic and the amplitude of the peak of said electric current wave at said fundamental frequency is comprised between 20% and 70% when a load around 100 Ohms is applied to said at least one electrode , said first percentage ratio being comprised between 25% and 120% when a load around 830 Ohms is applied to said at least one electrode . - a radio frequency circuit which can be powered by a voltage ; - at least one electrode connected at the output to said radio frequency circuit and applicable on a part of a person's body; said radio frequency circuit being configured to generate as output an electric current wave with fundamental frequency higher than or equal to 2 MHz and distorted by the presence of harmonics of at least the second order; characterized in that the first percentage ratio between the amplitude of the peak of said electric current wave at said second-order harmonic and the amplitude of the peak of said electric current wave at said fundamental frequency is comprised between 20% and 70% when a load around 100 Ohms is applied to said at least one electrode , said first percentage ratio being comprised between 25% and 120% when a load around 830 Ohms is applied to said at least one electrode .