mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing device , wherein said information processing device comprises: a storing means configured to store data; a receiving means configured to receive the data and store the data in said storing means ; a virus checking means configured to check the data for viruses when the data is received by said receiving means ; a sending means configured to send the data stored in said storing means to an external device ; a determining means configured to determine whether or not the data has been checked for viruses when the data is sent to said external device by said sending means ; and an information adding means configured to add checked information to the data to be sent by said sending means when said determining means determines that the data has been checked for viruses, wherein the checked information indicates that a check for viruses is to be omitted. a storing means configured to store data; a receiving means configured to receive the data and store the data in said storing means ; a virus checking means configured to check the data for viruses when the data is received by said receiving means ; a sending means configured to send the data stored in said storing means to an external device ; a determining means configured to determine whether or not the data has been checked for viruses when the data is sent to said external device by said sending means ; and an information adding means configured to add checked information to the data to be sent by said sending means when said determining means determines that the data has been checked for viruses, wherein the checked information indicates that a check for viruses is to be omitted.
A panel comprising at least one pair of complementary locking means at mutually opposite panel edges , wherein the locking means are in the form of positively locking holding profiles with a locking groove and with a complementary locking tongue respectively, wherein at least at the edge of one of the holding profiles the panel surface (S, S') has an edge break portion (K 1 , K 2 ), with the proviso that that holding profile which is provided with the edge break portion (K 1 , K 2 ) is provided with an upper contact surface beneath the edge break portion (K 1 , K 2 ) and the complementary holding profile is provided with a complementary upper contact surface which is arranged substantially parallel thereto, and wherein a butt joint (T) can be produced by the two contact surfaces in contact with each other, wherein the butt joint (T) is inclined relative to the panel surface (S, S') and relative to the perpendicular to the panel surface and for that purpose one of the contact surfaces is associated with a tongue and is inclined downwardly in the direction of the free end of the tongue in question and the complementary upper contact surface is associated with a groove and is inclined downwardly in the direction of the bottom of the groove in question, that an underside of the locking tongue has a lower contacting surface and a lower groove wall of the locking groove is provided with a support surface for the lower contacting surface of the locking tongue , characterised in that the lower contacting surface of the locking tongue is arranged parallel to the panel surface (S, S') and the support surface also is arranged parallel to the panel surface (S, S') and that the support surface for the lower contacting surface in the position of use is arranged horizontally, in that the underside of the locking tongue the underside of the locking tongue has a rising portion at least at one of the two ends of the lower contact surface , that on the inner side of the lower groove wall a front portion is provided which is adjacent to the horizontal support surface , and that the front portion rises towards the bottom of the locking groove .
A method for automatically identifying a moment of inertia 'MOI' of a work piece comprising: coupling a work piece to a manipulator assembly including a manipulator arm operated with three or more actuators at joints and an effector assembly including a force/torque sensor and a motion feedback sensor ; wherein: the effector assembly is interposed between the manipulator arm and the work piece , and the force/torque sensor of the effector assembly is configured to measure force and torque transmitted from the work piece to the manipulator assembly and the motion feedback sensor of the effector assembly is configured to measure motion of the work piece ; moving the work piece and the effector assembly in a three-axis coordinate system with the actuators of the manipulator arm , said motion including at least rotation of the work piece about each of three axes (X, Y, Z); measuring with the force/torque sensor at least a first force and at least a first torque for each of the three axes (X, Y, Z) as the work piece is moving; measuring with the motion sensor the movement of the work piece including at least a first rotation about each of the three axes (Z, Y, Z); and identifying the MOI in each of the three axes (X, Y, Z) according to at least the measured first torque and first rotation for each of the three axes. the effector assembly is interposed between the manipulator arm and the work piece , and the force/torque sensor of the effector assembly is configured to measure force and torque transmitted from the work piece to the manipulator assembly and the motion feedback sensor of the effector assembly is configured to measure motion of the work piece ; moving the work piece and the effector assembly in a three-axis coordinate system with the actuators of the manipulator arm , said motion including at least rotation of the work piece about each of three axes (X, Y, Z); measuring with the force/torque sensor at least a first force and at least a first torque for each of the three axes (X, Y, Z) as the work piece is moving; measuring with the motion sensor the movement of the work piece including at least a first rotation about each of the three axes (Z, Y, Z); and identifying the MOI in each of the three axes (X, Y, Z) according to at least the measured first torque and first rotation for each of the three axes.
A method for testing enzyme based electrochemical sensors, wherein the sensors are sensors for quantitative detection of analytes in aqueous solutions, wherein an electrochemical sensor is provided, with a working electrode and a counter electrode, the working electrode comprising an electrical conductor , a solid-state matrix being electrically connected with said conductor and containing an immobilized enzyme able to catalytically convert a primary analyte into a secondary analyte that can be oxidised or reduced when a suitable potential is applied at the working electrode, and a membrane covering said matrix and separating it from the outside, said membrane being permeable for the primary analyte, such that primary analyte molecules present in in an aqueous solution with which the working electrode is contacted can pass through the membrane to the matrix, where they can be catalytically converted into second analyte molecules; a measurement setup is provided, which is operatively coupled to the electrochemical sensor, providing an output signal Z, e.g. a measured signal current, of the electrochemical sensor; and the electrochemical sensor is suitably contacted with, e.g. immersed into, a test solution comprising a certain concentration of the primary analyte; characterized in that the electrochemical sensor is subjected to a certain temperature T, wherein this temperature is swept within a certain range; an output signal Z is measured for different temperature values T; a derivative Z' of the output signal Z as a function of temperature T, or inverse temperature 1/T, is determined; a relative derivate Z'/Z at a certain temperature T, or inverse temperature 1/T, is determined as the ratio between derivative Z' and output signal Z; and wherein the obtained relative derivate Z'/Z values are compared to given calibration data sets corresponding to sensors comprising certain amounts of active enzyme, wherein an increased Z'/Z value indicates a reduced catalytic reaction rate constant and a reduced overall enzyme activity compared to the nominal value.
Spice dispensing device for seasoning food with a plurality of spice containers , with a plurality of dosing devices , wherein each dosing device can remove spice from a spice container in a dosed manner, with at least one transport device, wherein the spice dispensing device further comprises a removable, hand-guided collection chamber and the transport device transports spice dosed by the dosing devices into the collection chamber , wherein the collection chamber must be removed from the spice dispensing device and guided by hand for seasoning a food, characterized in that one spice container comprises a grinder as a dosing device and another spice container comprises another dosing device configured for dosing a powder.
An organic light-emitting display device comprising: a first substrate having a transmission area (T/A) and a light emission area (E/A); a thin film transistor (T) provided on the first substrate ; a planarization film located to cover the thin film transistor (T); a first electrode located on a region of the planarization film corresponding to the light emission area (E/A), the first electrode being electrically connected to the thin film transistor (T); a shielding layer located to cover a region of the planarization film corresponding to the transmission area (T/A) and a side surface of the planarization film , the shielding layer being electrically isolated from the first electrode ; a black bank located between the transmission area (T/A) and the light emission area (E/A) for covering an edge of the first electrode ; an organic light emissive layer located on the first electrode ; and a second electrode located to cover the organic light emissive layer . a first substrate having a transmission area (T/A) and a light emission area (E/A); a thin film transistor (T) provided on the first substrate ; a planarization film located to cover the thin film transistor (T); a first electrode located on a region of the planarization film corresponding to the light emission area (E/A), the first electrode being electrically connected to the thin film transistor (T); a shielding layer located to cover a region of the planarization film corresponding to the transmission area (T/A) and a side surface of the planarization film , the shielding layer being electrically isolated from the first electrode ; a black bank located between the transmission area (T/A) and the light emission area (E/A) for covering an edge of the first electrode ; an organic light emissive layer located on the first electrode ; and a second electrode located to cover the organic light emissive layer .
Overflow device especially for a washing place in the sanitary area, having a device for collecting a liquid and a device by means of which overflow of the collecting device is prevented, wherein the device for preventing the overflow of the collecting device comprises a valve which is movable from a release position allowing the liquid to flow out of the collecting device into a blocking position preventing the flow and vice versa, wherein the valve automatically moves from its locking position to its release position when the maximum filling level of the collecting device is exceeded, and the collecting device has a container which is filled with liquid and at least partially accommodates the valve , and having an adjustment device by means of which the valve arranged in the container can be moved into its release position, characterized in that the valve is a magnetic valve and the adjustment device is a U-shaped magnet which, when close enough to the magnetic valve , pulls the latter down into its release position against buoyancy forces acting on the valve . having a device for collecting a liquid and a device by means of which overflow of the collecting device is prevented, wherein the device for preventing the overflow of the collecting device comprises a valve which is movable from a release position allowing the liquid to flow out of the collecting device into a blocking position preventing the flow and vice versa, wherein the valve automatically moves from its locking position to its release position when the maximum filling level of the collecting device is exceeded, and the collecting device has a container which is filled with liquid and at least partially accommodates the valve , and having an adjustment device by means of which the valve arranged in the container can be moved into its release position, characterized in that the valve is a magnetic valve and the adjustment device is a U-shaped magnet which, when close enough to the magnetic valve , pulls the latter down into its release position against buoyancy forces acting on the valve .
A method implemented by one or more processors, the method comprising: generating interaction data corresponding to a dialog session between a user and an application at a first client device , wherein the dialog session is mediated by an automated assistant that: interacts with the application according to natural language inputs provided by the user, and is accessible to the first client device and a second client device ; receiving, from the user and at the first client device during the dialog session, a request to continue the dialog session using the second client device, wherein the second client device is configured to provide content from the application through a modality that is different than a separate modality of the first client device; causing, based on the received request to continue the dialog session using the second client device, one or more links to be generated for the second client device, wherein the one or more links: are based on one or more natural language inputs received by the automated assistant from the user during the dialog session, and identify the modality through which the second client device is configured to provide content received from the application; and causing the automated assistant to access the link at the second client device for continuing the dialog session between the user and the application at the second client device. generating interaction data corresponding to a dialog session between a user and an application at a first client device , wherein the dialog session is mediated by an automated assistant that: interacts with the application according to natural language inputs provided by the user, and is accessible to the first client device and a second client device ; interacts with the application according to natural language inputs provided by the user, and is accessible to the first client device and a second client device ; receiving, from the user and at the first client device during the dialog session, a request to continue the dialog session using the second client device, wherein the second client device is configured to provide content from the application through a modality that is different than a separate modality of the first client device; causing, based on the received request to continue the dialog session using the second client device, one or more links to be generated for the second client device, wherein the one or more links: are based on one or more natural language inputs received by the automated assistant from the user during the dialog session, and identify the modality through which the second client device is configured to provide content received from the application; and are based on one or more natural language inputs received by the automated assistant from the user during the dialog session, and identify the modality through which the second client device is configured to provide content received from the application; and causing the automated assistant to access the link at the second client device for continuing the dialog session between the user and the application at the second client device.
An image coding method for generating a coded bitstream by coding an image using (i) a buffer description (BDO - BDn) for specifying a picture to be held in a decoded picture buffer (DPB) and (ii) a reference list description (RLDO - RLD3) for specifying a list of pictures in DPB to be referred to for inter prediction, the image coding method comprising: writing, into a sequence parameter set (SPS) corresponding to the coded bitstream, buffer descriptions (BDO - BDn); writing, into the sequence parameter set (SPS), reference list descriptions (RLDO - RLD3), each reference list description (RLDO - RLD3) corresponding exclusively to one of the buffer descriptions (BDO - BDn); selecting (S104), for each processing unit that is a picture or a slice, one of the buffer descriptions (BDO - BDn); writing (S105), into a first header of the processing unit, buffer description selecting information (bd_select) for specifying the selected buffer descriptions (BDO - BDn), the first header being included in the coded bitstream; and coding (S106) the processing unit using the selected buffer description (BDO - BDn) and the reference list description (RLDO - RLD3) which corresponds exclusively to the selected buffer description (BDO - BDn). writing, into a sequence parameter set (SPS) corresponding to the coded bitstream, buffer descriptions (BDO - BDn); writing, into the sequence parameter set (SPS), reference list descriptions (RLDO - RLD3), each reference list description (RLDO - RLD3) corresponding exclusively to one of the buffer descriptions (BDO - BDn); selecting (S104), for each processing unit that is a picture or a slice, one of the buffer descriptions (BDO - BDn); writing (S105), into a first header of the processing unit, buffer description selecting information (bd_select) for specifying the selected buffer descriptions (BDO - BDn), the first header being included in the coded bitstream; and coding (S106) the processing unit using the selected buffer description (BDO - BDn) and the reference list description (RLDO - RLD3) which corresponds exclusively to the selected buffer description (BDO - BDn).
A bung for a drug containing cartridge , wherein the bung comprises an electronic coding feature for carrying information regarding at least one of the cartridge and the content of the cartridge, characterised in that the bung comprises a first material covering at least the whole lateral area of the bung and a second material at least partially arranged inside the bung, wherein the second material has a smaller compressibility than the first material, and wherein the second material forms a rigid core inside the bung and surrounds the electronic coding feature, such that the electronic coding feature is located inside the bung.
Method for producing panels , in particular floor panels, with an upper wear surface and with locking profiles for mechanically locking alike panels to one another, wherein recesses are provided on at least two mutually opposite edge regions of the wear surface and wherein the recesses of two alike panels locked to one another form a common joint , - in which a half-format comprising a plurality of panel blanks with at least two grooves forming the recesses , in particular essentially parallel to the at least two grooves , is divided into a plurality of half-format parts , in particular multiple panel blanks , characterized in that - the type and/or position of at least one detection mark of the half-format parts , in particular of the panel blanks , is detected, - the half-format parts , in particular the panel blanks , and at least one processing tool of a processing device are each aligned with respect to one another depending on the detected type and/or position of the at least one detection mark , and - a locking profile is machined out of the half-format parts , in particular the panel blanks by the processing device on at least one side of the semi-format parts , preferably on two opposite sides, in particular the panel blanks . - in which a half-format comprising a plurality of panel blanks with at least two grooves forming the recesses , in particular essentially parallel to the at least two grooves , is divided into a plurality of half-format parts , in particular multiple panel blanks , characterized in that - the type and/or position of at least one detection mark of the half-format parts , in particular of the panel blanks , is detected, - the half-format parts , in particular the panel blanks , and at least one processing tool of a processing device are each aligned with respect to one another depending on the detected type and/or position of the at least one detection mark , and - a locking profile is machined out of the half-format parts , in particular the panel blanks by the processing device on at least one side of the semi-format parts , preferably on two opposite sides, in particular the panel blanks .
An exhaust gas pipe comprising: a plurality of pipe bodies which are formed in a tubular shape centered on an axis (Ac) and are arranged in a direction of the axis (Ac) and through which an exhaust gas led from an engine body flows; a connection portion connecting a pair of the pipe bodies adjacent to each other in the direction of the axis (Ac); and a gasket (G) which is provided between the pipe body and the connection portion , wherein a flange projecting toward an outer peripheral side is provided at an end portion of the pipe body in the direction of the axis (Ac), wherein the connection portion includes a main connection body which has a tubular shape centered on the axis (Ac) and a pressing ring which is provided with a facing surface facing the flange while sandwiching the gasket (G) in a gap (S) between the flange and the facing surface , and wherein the exhaust gas pipe further comprises: coupling members which are provided at intervals in a circumferential direction and coupling the flange and the pressing ring to each other; and a deformation prevention member that is provided in an outer peripheral region of the gap (S), characterized in that the deformation prevention member includes a tapered portion of which an axial dimension gradually decreases from an outer radial side to an inner radial side. a plurality of pipe bodies which are formed in a tubular shape centered on an axis (Ac) and are arranged in a direction of the axis (Ac) and through which an exhaust gas led from an engine body flows; a connection portion connecting a pair of the pipe bodies adjacent to each other in the direction of the axis (Ac); and a gasket (G) which is provided between the pipe body and the connection portion , wherein a flange projecting toward an outer peripheral side is provided at an end portion of the pipe body in the direction of the axis (Ac), wherein the connection portion includes a main connection body which has a tubular shape centered on the axis (Ac) and a pressing ring which is provided with a facing surface facing the flange while sandwiching the gasket (G) in a gap (S) between the flange and the facing surface , and wherein the exhaust gas pipe further comprises: coupling members which are provided at intervals in a circumferential direction and coupling the flange and the pressing ring to each other; and a deformation prevention member that is provided in an outer peripheral region of the gap (S), characterized in that the deformation prevention member includes a tapered portion of which an axial dimension gradually decreases from an outer radial side to an inner radial side. coupling members which are provided at intervals in a circumferential direction and coupling the flange and the pressing ring to each other; and a deformation prevention member that is provided in an outer peripheral region of the gap (S), characterized in that the deformation prevention member includes a tapered portion of which an axial dimension gradually decreases from an outer radial side to an inner radial side.