mhurhangee/patent-ind-claim-en huggingface dataset:
Locking bolt system with media coupling for connecting two elements, wherein one element has a connecting bolt which has on its end regions accurately fitting force transmission regions which engage in a force-fitting manner into lateral plates that substantially serve for the transmission of transverse forces and bending moments, characterized in that between these force transmission regions receiving bores for hydraulic plugs or other media connecting plugs are arranged in the connecting bolt transversely to the bolt axis and in that on the element to be connected via the connecting bolt a recess accurately fitting the geometry of the connecting bolt is arranged and in that this recess has, at least partially, contact surfaces that accurately fit with and are congruent to the corresponding contact surfaces on the connecting bolt and thus, in the connected state, bring about a sealing of the hydraulic plugs or other connecting plugs.
A filter unit for a smoking article comprising: a tube having a first portion and a second portion , wherein the second portion is at a distal end of the filter unit, and an inner diameter of the first portion is different from an inner diameter of the second portion; a downstream filter plug arranged closer to the mouth end of the filter unit than the tube and formed from filter material; and a sleeve partially surrounding the tube and surrounding the downstream filter plug , wherein the inner diameter of the second portion decreases with distance from the distal end of the filter unit, and wherein an outer diameter of the first portion is substantially the same as an outer diameter of the second portion . a tube having a first portion and a second portion , wherein the second portion is at a distal end of the filter unit, and an inner diameter of the first portion is different from an inner diameter of the second portion; a downstream filter plug arranged closer to the mouth end of the filter unit than the tube and formed from filter material; and a sleeve partially surrounding the tube and surrounding the downstream filter plug , wherein the inner diameter of the second portion decreases with distance from the distal end of the filter unit, and wherein an outer diameter of the first portion is substantially the same as an outer diameter of the second portion .
A processor implemented method for monitoring the performance of a message queue for communication between processes, the method comprising: by an initiating process, publishing a trigger message to a first topic in the message queue (S6, S106), wherein the trigger message identifies latency as a performance metric and the trigger message also identifies at least two processes that communicate via the message queue; by at least two of said processes: retrieving the trigger message from the first topic in the message queue; performing timestamping on a message or messages exchanged between the processes over the message queue (S7, S107), wherein the timestamping determines the latency; publishing the timestamps to a second topic in the message queue (S8, S108); and at a receiving process, calculating the latency by taking the difference in time between the timestamps retrieved from the second topic in the message queue (S9, S109). by an initiating process, publishing a trigger message to a first topic in the message queue (S6, S106), wherein the trigger message identifies latency as a performance metric and the trigger message also identifies at least two processes that communicate via the message queue; by at least two of said processes: retrieving the trigger message from the first topic in the message queue; performing timestamping on a message or messages exchanged between the processes over the message queue (S7, S107), wherein the timestamping determines the latency; publishing the timestamps to a second topic in the message queue (S8, S108); and retrieving the trigger message from the first topic in the message queue; performing timestamping on a message or messages exchanged between the processes over the message queue (S7, S107), wherein the timestamping determines the latency; publishing the timestamps to a second topic in the message queue (S8, S108); and at a receiving process, calculating the latency by taking the difference in time between the timestamps retrieved from the second topic in the message queue (S9, S109).
Multi-compartment device comprising: - at least one anhydrous composition A comprising at least one peroxygenated salt, - at least one aqueous composition B comprising at least one basifying agent, and at least one oxyalkylenated non-ionic surfactant chosen from saturated or unsaturated, linear or branched, oxyalkylenated C 8 -C 30 fatty alcohols chosen from the products of addition of ethylene oxide with lauryl alcohol comprising from 10 to 50 oxyethylene groups; the products of addition of ethylene oxide with behenyl alcohol comprising from 10 to 50 oxyethylene groups; the products of addition of ethylene oxide with cetearyl alcohol (mixture of cetyl alcohol and stearyl alcohol) comprising from 10 to 30 oxyethylene groups; the products of addition of ethylene oxide with cetyl alcohol comprising from 10 to 30 oxyethylene groups; the products of addition of ethylene oxide with stearyl alcohol comprising from 10 to 30 oxyethylene groups; the products of addition of ethylene oxide with isostearyl alcohol comprising from 10 to 50 oxyethylene groups; the products of addition of ethylene oxide with oleocetyl alcohol comprising from 10 to 50 oxyethylene groups, and mixtures thereof; and - at least one composition C comprising at least one oxidizing agent and at least 3% by weight of fatty substance relative to the total weight of said composition, - said compositions being packaged separately and having a fatty substance content such that the total fatty substance content in the mixture of the compositions A, B and C is greater than or equal to 10% by weight of said mixture. - at least one anhydrous composition A comprising at least one peroxygenated salt, - at least one aqueous composition B comprising at least one basifying agent, and at least one oxyalkylenated non-ionic surfactant chosen from saturated or unsaturated, linear or branched, oxyalkylenated C 8 -C 30 fatty alcohols chosen from the products of addition of ethylene oxide with lauryl alcohol comprising from 10 to 50 oxyethylene groups; the products of addition of ethylene oxide with behenyl alcohol comprising from 10 to 50 oxyethylene groups; the products of addition of ethylene oxide with cetearyl alcohol (mixture of cetyl alcohol and stearyl alcohol) comprising from 10 to 30 oxyethylene groups; the products of addition of ethylene oxide with cetyl alcohol comprising from 10 to 30 oxyethylene groups; the products of addition of ethylene oxide with stearyl alcohol comprising from 10 to 30 oxyethylene groups; the products of addition of ethylene oxide with isostearyl alcohol comprising from 10 to 50 oxyethylene groups; the products of addition of ethylene oxide with oleocetyl alcohol comprising from 10 to 50 oxyethylene groups, and mixtures thereof; and - at least one composition C comprising at least one oxidizing agent and at least 3% by weight of fatty substance relative to the total weight of said composition, - said compositions being packaged separately and having a fatty substance content such that the total fatty substance content in the mixture of the compositions A, B and C is greater than or equal to 10% by weight of said mixture.
A system for determining an impact of an active substance on an infant, comprising - a parameter providing unit for providing age and weight of the infant, - an intake estimation unit for estimating the amount of intake of the active substance by a breastfeeding caregiver of the infant, - a substance level determination unit for determining a level of the active substance in breast milk at the time of breastfeeding and/or milk extraction of the breastfeeding caregiver based on a history of the estimated intake of the active substance, - an impact determination unit for determining an impact of the active substance on the infant based on i) the determined level of the active substance in the breast milk at the time of breastfeeding and/or milk extraction, and ii) the age and weight of the infant, and - an interface unit for interacting with a user and/or with a further device delivering the active substance, wherein the interface unit is configured to, based on the determined impact of the active substance on the infant, at least one of i) provide an appropriate moment to breastfeed and/or initiate milk extraction, ii) provide an indication to limit intake of the active substance, and iii) initiate a change in operation of the further device. - a parameter providing unit for providing age and weight of the infant, - an intake estimation unit for estimating the amount of intake of the active substance by a breastfeeding caregiver of the infant, - a substance level determination unit for determining a level of the active substance in breast milk at the time of breastfeeding and/or milk extraction of the breastfeeding caregiver based on a history of the estimated intake of the active substance, - an impact determination unit for determining an impact of the active substance on the infant based on i) the determined level of the active substance in the breast milk at the time of breastfeeding and/or milk extraction, and ii) the age and weight of the infant, and - an interface unit for interacting with a user and/or with a further device delivering the active substance, wherein the interface unit is configured to, based on the determined impact of the active substance on the infant, at least one of i) provide an appropriate moment to breastfeed and/or initiate milk extraction, ii) provide an indication to limit intake of the active substance, and iii) initiate a change in operation of the further device. i) provide an appropriate moment to breastfeed and/or initiate milk extraction, ii) provide an indication to limit intake of the active substance, and iii) initiate a change in operation of the further device.
A method for operating a hydraulically operated handheld device , for example a pressing device and/or a hole-punching or punching device, wherein the handheld device comprises a hydraulic pump, a moving part , a fixed part and a return valve with an associated valve seat, wherein the moving part is moved into a working position due to the buildup of a hydraulic pressure, which is realized by filling a hydraulic chamber with hydraulic medium from a reservoir with the aid of the hydraulic pump, and wherein the moving part can be automatically moved back from the working position into an end position upon reaching a predefined working pressure by opening the return valve , characterized in that the hydraulic pressure acting upon the return valve for triggering a movement of the moving part into the end position is increased by means of a separately triggerable pressure increase, which results in opening of the return valve , in a hydraulic medium volume located upstream of the return valve in a flow direction of the hydraulic medium during the movement into the end position.
Pneumatic vehicle tyre, in particular all-terrain or off-road tyre, having a tread which is divided by circumferential grooves , which have the provided profile depth (T), into block rows which run in encircling fashion in a circumferential direction and/or profile ribs which are structured in the manner of profile blocks, wherein block rows are divided by transverse grooves into blocks and, like the profile ribs structured in the manner of profile blocks, are equipped with blind grooves proceeding from the circumferential grooves , wherein transverse grooves and/or blind grooves are provided which, owing to a connection of those blocks which are adjacent in the circumferential direction and/or of the block-like structures, have a depth smaller than the profile depth (T), wherein the connection has at least two connection steps of different heights (h 1 , h 2 , h 3 ), of which the lowest is formed in each case at the region in which the transverse grooves and/or blind grooves open into the circumferential grooves , and the highest connection step is formed in transverse grooves in the middle region thereof and in blind grooves in the inner end region thereof characterized in that the connection steps are equipped with step edges along which webs run on the step surfaces (12a, 12'a, 13a, 13'a).
Equipment for motor rehabilitation of a patient's upper and lower limbs that permits the execution of movements and exercises with a curvilinear trajectory in three-dimensional space, wherein the equipment comprises: a gadget configured to connect to a distal end of the patient's limb such that the patient's limb under the influence of gravity remains suspended in three-dimensional space; a robotic arm connected to the gadget; a gear system comprising a first opposite gear , a second opposite gear, a spider gear and a connection element , wherein the gear system is connected to the robotic arm via the spider gear; a first motor connected to the first opposite gear and a second motor connected to the second opposite gear; optionally two gear reduction boxes each connecting an opposite gear with the respective motor; at least one driver for the motors; virtual and/or augmented reality software; a management and control system configured to receive information from the virtual and/or augmented reality software and to control the robotic arm; and a television screen, a computer monitor , a projector or any other suitable medium configured to display the virtual and/or augmented reality software to the patient. a gadget configured to connect to a distal end of the patient's limb such that the patient's limb under the influence of gravity remains suspended in three-dimensional space; a robotic arm connected to the gadget; a gear system comprising a first opposite gear , a second opposite gear, a spider gear and a connection element , wherein the gear system is connected to the robotic arm via the spider gear; a first motor connected to the first opposite gear and a second motor connected to the second opposite gear; optionally two gear reduction boxes each connecting an opposite gear with the respective motor; at least one driver for the motors; virtual and/or augmented reality software; a management and control system configured to receive information from the virtual and/or augmented reality software and to control the robotic arm; and a television screen, a computer monitor , a projector or any other suitable medium configured to display the virtual and/or augmented reality software to the patient.
A potential measurement device comprising: a plurality of read-out electrodes arranged in an array shape and configured to detect an action potential of a living cell generated at an action potential generation point due to a chemical change; a reference electrode configured to detect a reference potential; and an amplification unit configured to obtain a potential difference between a detection potential detected by each of the read-out electrodes and a detection potential detected by the reference electrode , wherein the amplification unit comprises a plurality of differential amplifiers , and each of the plurality of differential amplifiers is provided in direct vicinity of one corresponding read-out electrode of the plurality of read-out electrodes and at an equal distance from the reference electrode and the read-out electrode ; wherein an electrode size of the reference electrode is larger than the electrode size of each of the read-out electrodes , wherein the reference electrode includes a plurality of opening portions within a plane of the reference electrode , and the read-out electrodes are arranged in such a manner that the read-out electrodes are respectively located within the opening portions of the reference electrode . a plurality of read-out electrodes arranged in an array shape and configured to detect an action potential of a living cell generated at an action potential generation point due to a chemical change; a reference electrode configured to detect a reference potential; and an amplification unit configured to obtain a potential difference between a detection potential detected by each of the read-out electrodes and a detection potential detected by the reference electrode , wherein the amplification unit comprises a plurality of differential amplifiers , and each of the plurality of differential amplifiers is provided in direct vicinity of one corresponding read-out electrode of the plurality of read-out electrodes and at an equal distance from the reference electrode and the read-out electrode ; wherein the amplification unit comprises a plurality of differential amplifiers , and each of the plurality of differential amplifiers is provided in direct vicinity of one corresponding read-out electrode of the plurality of read-out electrodes and at an equal distance from the reference electrode and the read-out electrode ; wherein an electrode size of the reference electrode is larger than the electrode size of each of the read-out electrodes , wherein the reference electrode includes a plurality of opening portions within a plane of the reference electrode , and the read-out electrodes are arranged in such a manner that the read-out electrodes are respectively located within the opening portions of the reference electrode .
Filling and sealing system for producing containers which are at least partially filled with a powder product , comprising a filling station for pouring the powder product into container bottoms and a downstream sealing station for sealing a cover foil onto sealing surfaces of the container bottoms , wherein a cleaning station for cleaning the sealing surfaces of the container bottoms is located between the filling station and the sealing station , characterised in that the cleaning station comprises an adhesive roller designed for rolling on the sealing surfaces and a cleaning device acting on the adhesive roller , in that the cleaning device comprises a cleaning roller extending along the adhesive roller and rolling on the adhesive roller , an extraction nozzle extending along the adhesive roller and/or along the cleaning roller and a wiper blade extending along the adhesive roller and/or along the cleaning roller , and in that the wiper blade is located in the suction region of the extraction nozzle .
An apparatus comprising; a sensor arrangement comprising a plurality of sensor cells wherein a sensor cell comprises a transistor and a sensor coupled to the transistor ; first selection circuitry configured to select a subset of sensor cells to which a gate input signal is provided, wherein the gate input signal is provided to the gate of the transistors within the sensor cells; second selection circuitry configured to activate a subset of sensor cells from which an output signal is received; sensing signal circuitry configured to provide an input signal as a sensing signal to the sensor cells, wherein the sensor arrangement is connected in series between the sensing signal circuitry and the second selection circuitry such that the output signal provides an indication of the impedance of the sensors.
A shaft for a hand-held surgical device , in particular for a cystoscope, for receiving an optical system and at least one further instrument, wherein a proximal end of the tubular shaft can be coupled to an instrument body and/or a handle unit and wherein the optical system and the instrument can be positioned with their distal ends inside a distal opening , preferably a window opening, of the shaft , wherein a circumferential edge of the distal opening of the shaft has, at least in sections, an outwardly facing thickened portion , wherein the distal opening is formed obliquely, characterized in that the edge of the distal opening comprises two oblique portions and a horizontal portion oriented at least substantially parallel to a longitudinal axis of the shaft , and that the thickness of the outwardly facing thickened portion of the opening varies continuously along the shaft .
A computer implemented method for identifying an address of a device parameter among a plurality of device parameters of an industrial device, characterized in that the method comprises the following steps: a) defining a screening library, wherein the screening library comprises at least one expected attribute value and the expected attribute value describes an expected status value of a corresponding device parameter among said plurality of device parameters in at least one preset operating mode of an industrial device, wherein the device parameter is a device parameter to be addressed, b) acquiring a data array, wherein the data array comprises at least one actual status value generated in the at least one preset operating mode of the industrial device and at least one address, where the at least one actual status value is stored in a controller controlling the industrial device, c) for each address of the at least one address, extracting the actual attribute value of the actual status value stored in the address, d) for each of the extracted actual attribute value comparing the actual attribute value with the expected attribute value, determining a corresponding actual status value of the actual attribute value complying with the expected attribute value, and determining the corresponding address of the actual status value selected from the data array, and e) outputting the one or more selected addresses as one or more final addresses. a) defining a screening library, wherein the screening library comprises at least one expected attribute value and the expected attribute value describes an expected status value of a corresponding device parameter among said plurality of device parameters in at least one preset operating mode of an industrial device, wherein the device parameter is a device parameter to be addressed, b) acquiring a data array, wherein the data array comprises at least one actual status value generated in the at least one preset operating mode of the industrial device and at least one address, where the at least one actual status value is stored in a controller controlling the industrial device, c) for each address of the at least one address, extracting the actual attribute value of the actual status value stored in the address, d) for each of the extracted actual attribute value comparing the actual attribute value with the expected attribute value, determining a corresponding actual status value of the actual attribute value complying with the expected attribute value, and determining the corresponding address of the actual status value selected from the data array, and e) outputting the one or more selected addresses as one or more final addresses.