mhurhangee/patent-ind-claim-en huggingface dataset:
A processing system , comprising: a power management circuit having a normal mode and a low power mode, comprising: a power management processing module comprising: a communication interface ; and a power control circuit that transitions said power management circuit from said low power mode to said normal mode when a low power exit request is received during said low power mode; characterised by comprising: a safety processing module , comprising: a standby memory ; a standby entry timer ; and a safety control circuit that initiates said standby entry timer during said normal mode when a predetermined digital value is written into said standby memory, and that provides a standby start indication (STBY_START) to transition said power management processing module to said low power mode only when a low power request indication (STBY) is received before timeout of said standby entry timer. a power management circuit having a normal mode and a low power mode, comprising: a power management processing module comprising: a communication interface ; and a power control circuit that transitions said power management circuit from said low power mode to said normal mode when a low power exit request is received during said low power mode; a power management processing module comprising: a communication interface ; and a power control circuit that transitions said power management circuit from said low power mode to said normal mode when a low power exit request is received during said low power mode; a communication interface ; and a power control circuit that transitions said power management circuit from said low power mode to said normal mode when a low power exit request is received during said low power mode; characterised by comprising: a safety processing module , comprising: a standby memory ; a standby entry timer ; and a safety control circuit a standby memory ; a standby entry timer ; and a safety control circuit that initiates said standby entry timer during said normal mode when a predetermined digital value is written into said standby memory, and that provides a standby start indication (STBY_START) during said normal mode when a predetermined digital value is written into said standby memory, and that provides a standby start indication (STBY_START) to transition said power management processing module to said low power mode only when a low power request indication (STBY) is received before timeout of said standby entry timer. module to said low power mode only when a low power request indication (STBY) is received before timeout of said standby entry timer.
Method for controlling, in a driving situation, a motor vehicle comprising: - an autonomous driving mode in which the movement of the vehicle is entirely managed by an automated vehicle system; - a manual mode where a driver of the vehicle exercises control of at least part of the vehicle's movements by operating the steering wheel; The method comprising the following successive steps: - A steering wheel grip detection step consisting of using detection means, when the vehicle is in autonomous mode , to detect the presence of a hand of a vehicle occupant about to grab the steering wheel, the process being characterized in that it comprises - an identification step consisting of using identification means to identify the occupant whose hand was detected in the detection step , - a discrimination step consisting of prohibiting the passage of the vehicle in manual mode when the occupant, whose hand has been detected, is identified in the identification step as being a passenger and to cause the vehicle to automatically switch to manual mode when the occupant, whose hand has been detected, is identified in the identification step as being the driver. - an autonomous driving mode in which the movement of the vehicle is entirely managed by an automated vehicle system; - a manual mode where a driver of the vehicle exercises control of at least part of the vehicle's movements by operating the steering wheel; The method comprising the following successive steps: - A steering wheel grip detection step consisting of using detection means, when the vehicle is in autonomous mode , to detect the presence of a hand of a vehicle occupant about to grab the steering wheel, the process being characterized in that it comprises - an identification step consisting of using identification means to identify the occupant whose hand was detected in the detection step , - a discrimination step consisting of prohibiting the passage of the vehicle in manual mode when the occupant, whose hand has been detected, is identified in the identification step as being a passenger and to cause the vehicle to automatically switch to manual mode when the occupant, whose hand has been detected, is identified in the identification step as being the driver.
A strapping apparatus for coupling an article to a post, the apparatus comprising: a post adapter comprising a first side configured to engage with said post and a second side comprising a recess ; a retaining element at least partially located in the recess of the post adapter ; and a strap configured to extend around said post, the strap comprising: a first end configured to be removably coupled to post adapter ; and a second end configured to be received in the retaining element , wherein in use, the retaining element in the recess of the post adapter is configured to be substantially covered by said article . a post adapter comprising a first side configured to engage with said post and a second side comprising a recess ; a retaining element at least partially located in the recess of the post adapter ; and a strap configured to extend around said post, the strap comprising: a first end configured to be removably coupled to post adapter ; and a second end configured to be received in the retaining element , a first end configured to be removably coupled to post adapter ; and a second end configured to be received in the retaining element , wherein in use, the retaining element in the recess of the post adapter is configured to be substantially covered by said article .
Crimping pliers die comprising two die half units comprising die halves which are moved relatively to each other over a crimping stroke along a crimping axis and which each comprise a rotary bearing element which provides a rotation of the die halves about a rotational axis having an orientation coaxial or parallel to the crimping axis , characterized in that a stop body is provided which a) is supported for being rotated about a stop body rotational axis by a stop body rotational bearing on a die halve , the stop body rotational axis having an orientation parallel to an accommodation axis of a die accommodation formed by the dies halves and b) comprises at least two insertion stops (60a, 60b, ...) which are spaced in circumferential direction around the stop body rotational axis . a) is supported for being rotated about a stop body rotational axis by a stop body rotational bearing on a die halve , the stop body rotational axis having an orientation parallel to an accommodation axis of a die accommodation formed by the dies halves and b) comprises at least two insertion stops (60a, 60b, ...) which are spaced in circumferential direction around the stop body rotational axis .
A method, comprising: converting voice data to text using speech-to-text synthesis; determining a voice command from the text; determining whether the voice command is associated with sensitive data based on a set of criteria including context information representative of a context of a user equipment upon which the voice data was received at a time that the voice data was received; routing the voice command to an enterprise voice assistant server in response to a determination that the voice command is sensitive; and routing the voice command to a third party voice assistant server in response to a determination that the voice command is not sensitive. converting voice data to text using speech-to-text synthesis; determining a voice command from the text; determining whether the voice command is associated with sensitive data based on a set of criteria including context information representative of a context of a user equipment upon which the voice data was received at a time that the voice data was received; routing the voice command to an enterprise voice assistant server in response to a determination that the voice command is sensitive; and routing the voice command to a third party voice assistant server in response to a determination that the voice command is not sensitive.
An apparatus for monitoring pregnancy or labour, the apparatus comprising: a monitoring device comprising: an electromyography sensor comprising two or more EMG electrodes to monitor fetal or maternal activity during pregnancy or labour; and one or more position sensors to monitor the relative positioning of the two or more EMG electrodes during the fetal or maternal activity, wherein the one or more position sensors comprise one or more flex or stretch sensors ; wherein the one or more flex or stretch sensors monitor flexing, bending or deformation of a portion of the monitoring device to determine the relative positioning of the two or more EMG electrodes ; and wherein the monitoring device comprises a central portion and one or more flexible arm portions extending from the central portion , and wherein each of the one or more flexible arm portions are configured to be manipulable relative to the central portion , the position sensors monitoring flexing or bending of the arm portions ; wherein the one or more position sensors are located in the flexible arm portions . an electromyography sensor comprising two or more EMG electrodes to monitor fetal or maternal activity during pregnancy or labour; and one or more position sensors to monitor the relative positioning of the two or more EMG electrodes during the fetal or maternal activity, wherein the one or more position sensors comprise one or more flex or stretch sensors ; wherein the one or more flex or stretch sensors monitor flexing, bending or deformation of a portion of the monitoring device to determine the relative positioning of the two or more EMG electrodes ; and wherein the monitoring device comprises a central portion and one or more flexible arm portions extending from the central portion , and wherein each of the one or more flexible arm portions are configured to be manipulable relative to the central portion , the position sensors monitoring flexing or bending of the arm portions ; wherein the one or more position sensors are located in the flexible arm portions .
A heating assembly , comprising: a ceramic substrate having at least one surface; a heating element formed on the at least one surface, the heating element comprising a heating part and an electrode part , the heating part being formed on the at least one surface, the electrode part being arranged at two opposite ends of the heating part ; and a temperature sensing element formed on the at least one surface, the temperature sensing element comprising a thermistor layer and an electrically connecting part, the thermistor layer being formed on the at least one surface, the electrically connecting part connecting the thermistor layer , and the thermistor layer being insulated from the heating part ; wherein the at least one surface comprises two opposite surfaces, and both the heating element and the temperature sensing element are formed on an identical surface; characterized in that : the electrode part comprises a first electrode and a common electrode , the electrically connecting part comprises a second electrode , and the common electrode also serves as an electrode of the electrically connecting part. a ceramic substrate having at least one surface; a heating element formed on the at least one surface, the heating element comprising a heating part and an electrode part , the heating part being formed on the at least one surface, the electrode part being arranged at two opposite ends of the heating part ; and a temperature sensing element formed on the at least one surface, the temperature sensing element comprising a thermistor layer and an electrically connecting part, the thermistor layer being formed on the at least one surface, the electrically connecting part connecting the thermistor layer , and the thermistor layer being insulated from the heating part ; wherein the at least one surface comprises two opposite surfaces, and both the heating element and the temperature sensing element are formed on an identical surface; characterized in that : the electrode part comprises a first electrode and a common electrode , the electrically connecting part comprises a second electrode , and the common electrode also serves as an electrode of the electrically connecting part.
A delivery member configured to deliver a chemical agent to tissue, the delivery member comprising a body including a plurality of discrete, separable sections , comprising: a first section comprising a first housing having a first opening formed therein and defining a first internal cavity ; and a first penetrating member extending from the first housing ; and a second section comprising a second housing having a second opening formed therein and defining a second internal cavity ; and a second penetrating member extending from the second housing, wherein each of the first and second penetrating members includes a tip configured to facilitate passage of the delivery member through the tissue, and wherein the first penetrating member is positioned within the second housing, characterized in that the plurality of sections are configured and dimensioned such that an applied tensile force separates adjacent sections. a first section comprising a first housing having a first opening formed therein and defining a first internal cavity ; and a first penetrating member extending from the first housing ; and a second section comprising a second housing having a second opening formed therein and defining a second internal cavity ; and a second penetrating member extending from the second housing, wherein each of the first and second penetrating members includes a tip configured to facilitate passage of the delivery member through the tissue, and wherein the first penetrating member is positioned within the second housing, characterized in that the plurality of sections are configured and dimensioned such that an applied tensile force separates adjacent sections.
Dishwasher , in particular household dishwasher, with a washing tank located in a carcass of the dishwasher for the purpose of cleaning dishes, glasses, cutlery or similar wash items to be cleaned, wherein on its front side (V) the washing tank can be closed by a door which is upright in a closed position and can be moved for its opening, and wherein a control panel is assigned to the door in its top region in the closed position, characterised in that instead of a continuous metallic hood on its front side (V) in a closed position, the door has a metallic casing of the control panel and further metallic casings on surfaces of the control panel pointing to the transverse sides as individual metallic elements, wherein these individual metallic casings of the front side (V) and of the surfaces of the control panel pointing to the transverse sides are connected in an electrically conducting manner to one another by way of at least one bridging contact element .
A water-in-oil emulsion solid cosmetic comprising an external oil phase comprising a liquid oil thickened or solidified with (A) wax and (B) disteardimonium hectorite, and an internal water phase comprising (C) an internal phase powder dispersed in an aqueous medium, wherein the liquid oil comprises a silicone oil, wherein the amount of silicone oil is 60% by mass or more with respect to the total amount of the liquid oil, wherein the silicone oil contains a cyclic silicone and linear silicone oil in the content ratio of the cyclic silicone oil to the linear silicone oil (cyclic silicone oil/linear silicone oil) of 0 to 3.0, and wherein the content of (B) disteardimonium hectorite in the solid cosmetic is 0.05 to 2.5% by mass, wherein the content of (C) internal phase powder in the solid cosmetic is 0.1 to 25% by mass, and wherein the content ratio of (A) wax to (B) disteardimonium hectorite (A/B = wax/disteardimonium hectorite) is preferably set to a range of 1 to 200. wherein the liquid oil comprises a silicone oil, wherein the amount of silicone oil is 60% by mass or more with respect to the total amount of the liquid oil, wherein the silicone oil contains a cyclic silicone and linear silicone oil in the content ratio of the cyclic silicone oil to the linear silicone oil (cyclic silicone oil/linear silicone oil) of 0 to 3.0, and wherein the content of (B) disteardimonium hectorite in the solid cosmetic is 0.05 to 2.5% by mass, wherein the content of (C) internal phase powder in the solid cosmetic is 0.1 to 25% by mass, and wherein the content ratio of (A) wax to (B) disteardimonium hectorite (A/B = wax/disteardimonium hectorite) is preferably set to a range of 1 to 200.
Transverse-distribution device for distributing pourable foodstuffs, in particular spreading materials for sprinkling pasta , comprising: a trough which has an opening on one outlet side , and a conveyor assembly arranged in the trough and configured to convey pourable foodstuff in a first direction (R) and in a second direction (S) opposite to the first direction (R), the conveyor assembly comprising a first rotary conveyor configured to convey the pourable foodstuff in the first direction (R) and a second rotary conveyor configured to convey the pourable foodstuff in the second direction (S), characterised in that the first rotary conveyor is arranged around the second rotary conveyor . a trough which has an opening on one outlet side , and a conveyor assembly arranged in the trough and configured to convey pourable foodstuff in a first direction (R) and in a second direction (S) opposite to the first direction (R), the conveyor assembly comprising a first rotary conveyor configured to convey the pourable foodstuff in the first direction (R) and a second rotary conveyor configured to convey the pourable foodstuff in the second direction (S), characterised in that the first rotary conveyor is arranged around the second rotary conveyor .
A reduced pressure treatment system , comprising: a cover structure comprising an outer edge, upper surface, a lower surface and at least one opening; a port member attached to the upper surface of the cover structure and comprising at least one port lumen in communication with the at least one opening of the cover structure; and a semi-solid or flowable adhesive layer attached to the lower surface of the cover structure; tubing comprising an outer wall, a proximal end, a distal end, at least one lumen therebetween, a longitudinal lumen axis, a first dimension transverse to the longitudinal lumen axis and a second dimension transverse to the first dimension and the longitudinal lumen axis; wherein the tubing further comprises at least one side passageway providing communication between at least one lumen of the tubing and the outer wall; and an elastomeric structure sealed to the outer surface of the tubing and covering the at least one side passageway; wherein the elastomeric structure is configured with an interior surface that is spaced a first distance from the outer wall of the tubing when the interior surface is exposed to atmospheric pressure and a second distance less than the first distance when the interior surface is exposed to a reduced pressure. a cover structure comprising an outer edge, upper surface, a lower surface and at least one opening; a port member attached to the upper surface of the cover structure and comprising at least one port lumen in communication with the at least one opening of the cover structure; and a semi-solid or flowable adhesive layer attached to the lower surface of the cover structure; tubing comprising an outer wall, a proximal end, a distal end, at least one lumen therebetween, a longitudinal lumen axis, a first dimension transverse to the longitudinal lumen axis and a second dimension transverse to the first dimension and the longitudinal lumen axis; wherein the tubing further comprises at least one side passageway providing communication between at least one lumen of the tubing and the outer wall; and an elastomeric structure sealed to the outer surface of the tubing and covering the at least one side passageway; wherein the elastomeric structure is configured with an interior surface that is spaced a first distance from the outer wall of the tubing when the interior surface is exposed to atmospheric pressure and a second distance less than the first distance when the interior surface is exposed to a reduced pressure.
A method of detecting an allergic disorder in a subject, comprising: (a) detecting a frequency of CD4+ T cells in a biological sample of said subject; (b) detecting a frequency of CD4+ CD161+ CRTH2+ Th2a cells in the biological sample; and (c) comparing the frequency of the CD4+ CD161+ CRTH2+ Th2a subset with the frequency of the CD4+ T cells, wherein a higher frequency of the CD4+ CD161 + CRTH2+ Th2a subset as compared to a CD4+ CD161+ CRTH2+ Th2a frequency in a control subject indicates said allergic disorder. (a) detecting a frequency of CD4+ T cells in a biological sample of said subject; (b) detecting a frequency of CD4+ CD161+ CRTH2+ Th2a cells in the biological sample; and (c) comparing the frequency of the CD4+ CD161+ CRTH2+ Th2a subset with the frequency of the CD4+ T cells, wherein a higher frequency of the CD4+ CD161 + CRTH2+ Th2a subset as compared to a CD4+ CD161+ CRTH2+ Th2a frequency in a control subject indicates said allergic disorder.