mhurhangee/patent-ind-claim-en huggingface dataset:
An equipment management system comprising: an information processing apparatus that obtains equipment information about equipment ; wherein the equipment management system comprises a management apparatus configured for communicating the equipment information with the information processing apparatus under a predetermined communication condition and is configured for managing the equipment, characterized in that , either or both of the management apparatus and the information processing apparatus include a candidate communication condition generating unit configured for generating a plurality of candidate communication conditions in accordance with a state of the equipment and/or a state of an installation space in which the equipment is installed, wherein the equipment is an air conditioner . an information processing apparatus that obtains equipment information about equipment ; wherein the equipment management system comprises a management apparatus configured for communicating the equipment information with the information processing apparatus under a predetermined communication condition and is configured for managing the equipment, characterized in that , either or both of the management apparatus and the information processing apparatus include a candidate communication condition generating unit configured for generating a plurality of candidate communication conditions in accordance with a state of the equipment and/or a state of an installation space in which the equipment is installed, wherein the equipment is an air conditioner .
Method for automatically assigning at least one device to be placed to at least one cooking zone of an inductive hob comprising a plurality of cooking zones that are each inductively heated by means of at least one heating coil , the hob having a hob controller for controlling the heating coils by means of at least one assignment signal, and the device to be placed having an induction coil which can be inductively coupled to the heating coil of the inductive hob , a measuring unit and a transmitting unit , characterised in that the measuring unit detects a vibration of the device to be placed that correlates with the assignment signal induced into the induction coil , and the transmitting unit sends, to a receiving unit , a response signal that identifies the device to be placed and correlates with the detected vibration of the device to be placed , and the response signal is compared with the assignment signal of the at least one heating coil of this cooking zone in an evaluation unit signal-transmittingly connected to the receiving unit , the receiving unit being part of the hob controller or part of a third-party device that is signal-transmittingly connected to the hob controller , and the evaluation unit being part of the hob controller or being part of a third-party device that is signal-transmittingly connected to the hob controller .
A method for producing a mesoporous zeolite, the method comprising: combining a cationic polymer and one or more precursor materials to form an intermediate material comprising micropores, where: the cationic polymer acts as a structure-directing agent for the formation of the micropores; and the cationic polymer is a non-surfactant, and comprises monomers that comprise two or more quaternary ammonium cations or quaternary phosphonium cations connected by a hydrocarbon chain; and calcining the intermediate structure to form the mesoporous zeolite. combining a cationic polymer and one or more precursor materials to form an intermediate material comprising micropores, where: the cationic polymer acts as a structure-directing agent for the formation of the micropores; and the cationic polymer is a non-surfactant, and comprises monomers that comprise two or more quaternary ammonium cations or quaternary phosphonium cations connected by a hydrocarbon chain; and the cationic polymer acts as a structure-directing agent for the formation of the micropores; and the cationic polymer is a non-surfactant, and comprises monomers that comprise two or more quaternary ammonium cations or quaternary phosphonium cations connected by a hydrocarbon chain; and calcining the intermediate structure to form the mesoporous zeolite.
A late potential detecting system comprising: an implantable medical device having an electrode input comprising at least N electrode terminals (112-118) electrically connectable to at least N implantable electrodes (211-218) arrangeable for detecting electrical activity of the myocardium at different parts of a ventricle of a heart , where N ≥ 2, and a sampling unit connected to said electrode input and configured for recording, for each of N implantable electrodes (211-218); a sample set of electrogram samples representing detected electrical activity of said myocardium during a cardiac cycle; a sample synchronizer (130; 330) configured for time synchronizing said electrogram samples of said N sample sets; and a sample processor (140; 340) configured for determining, for each of said N sample sets, magnitude potential representations of electrogram samples, characterized by : a sample identifier (132; 332) configured for identifying, for each of said N sample sets, electrogram samples corresponding to a QRS complex and for blanking said electrogram samples identified as corresponding to said QRS complex; and a parameter processor (150; 350) configured for determining, based on said magnitude potential representations from said N sample sets, a parameter indicative of late potentials occurring during said cardiac cycle for said ventricle . an implantable medical device having an electrode input comprising at least N electrode terminals (112-118) electrically connectable to at least N implantable electrodes (211-218) arrangeable for detecting electrical activity of the myocardium at different parts of a ventricle of a heart , where N ≥ 2, and a sampling unit connected to said electrode input and configured for recording, for each of N implantable electrodes (211-218); a sample set of electrogram samples representing detected electrical activity of said myocardium during a cardiac cycle; a sample synchronizer (130; 330) configured for time synchronizing said electrogram samples of said N sample sets; and a sample processor (140; 340) configured for determining, for each of said N sample sets, magnitude potential representations of electrogram samples, characterized by : a sample identifier (132; 332) configured for identifying, for each of said N sample sets, electrogram samples corresponding to a QRS complex and for blanking said electrogram samples identified as corresponding to said QRS complex; and a parameter processor (150; 350) configured for determining, based on said magnitude potential representations from said N sample sets, a parameter indicative of late potentials occurring during said cardiac cycle for said ventricle . a sample identifier (132; 332) configured for identifying, for each of said N sample sets, electrogram samples corresponding to a QRS complex and for blanking said electrogram samples identified as corresponding to said QRS complex; and a parameter processor (150; 350) configured for determining, based on said magnitude potential representations from said N sample sets, a parameter indicative of late potentials occurring during said cardiac cycle for said ventricle .
A small sewage treatment plant , comprising a first sewage tank with an inlet for sewage, in which a preliminary clarification takes place as a result of the sinking of solid particles to the bottom of the first sewage tank , a second sewage tank which is connected to the first sewage tank via an overflow through which pre-clarified sewage is feedable to the second sewage tank , a filtering device in the second sewage tank , which filtering device comprises several filters and to which the pre-clarified sewage is fed from above for further clarification, and an outlet which is arranged below the filtering device and via which the filtered sewage is dischargeable, characterized in that the filtering device comprises a rotary plate which is rotatable about a vertical axis of rotation and stores several filter containers , each filter container comprising several filters arranged one above the other, and that in a lid of the second sewage tank a closeable tank opening is provided, via which at least one filter is removable when the associated filter container is opposite the tank opening after a corresponding rotation of the rotary plate . a first sewage tank with an inlet for sewage, in which a preliminary clarification takes place as a result of the sinking of solid particles to the bottom of the first sewage tank , a second sewage tank which is connected to the first sewage tank via an overflow through which pre-clarified sewage is feedable to the second sewage tank , a filtering device in the second sewage tank , which filtering device comprises several filters and to which the pre-clarified sewage is fed from above for further clarification, and an outlet which is arranged below the filtering device and via which the filtered sewage is dischargeable, characterized in that the filtering device comprises a rotary plate which is rotatable about a vertical axis of rotation and stores several filter containers , each filter container comprising several filters arranged one above the other, and that in a lid of the second sewage tank a closeable tank opening is provided, via which at least one filter is removable when the associated filter container is opposite the tank opening after a corresponding rotation of the rotary plate .
An equipment for a lift truck or similar self-propelling work machines, comprising: at least a fixed frame which can be mounted solidly constrained to an arm of said lift truck, at least a movable frame , to which a tool is fixed, and actuating means for displacing said movable frame with respect to said fixed frame , wherein the fixed frame comprises at least a straight upper guide and at least a straight lower guide which lie on parallel or same planes; and wherein the movable frame comprises upper connecting means and lower connecting means slidably coupled respectively to the upper guide and to the lower guide and coplanar thereto, so as to enable translation of the tool with respect to the fixed frame ; wherein the movable frame comprises a support structure , to which the tool is fixed in the front position and to which said connecting means are fixed in the rear position, said support structure being formed by two end members comprising respective plates joined by an upper cross member and by a lower cross member , characterized in that the support structure defines an inner space which houses at least partially the fixed frame and in that the movable frame is longer and wider than the fixed frame .
Encapsulating a metal in a zeolite by the method of: (a) inserting a metal or metal precursor into a parent zeolite, and (b) converting the parent zeolite to a zeolite having a higher framework density than the parent zeolite, in the absence of an organic structure directing agent (SDA), wherein the conversion is conducted in a basic solution having a NaOH/SiO 2 ratio in the range of from 0.25 to 1.0 and a H 2 O/SiO 2 ratio greater than 50, and at a temperature above the crystallization temperature of the parent zeolite. (a) inserting a metal or metal precursor into a parent zeolite, and (b) converting the parent zeolite to a zeolite having a higher framework density than the parent zeolite, in the absence of an organic structure directing agent (SDA), wherein the conversion is conducted in a basic solution having a NaOH/SiO 2 ratio in the range of from 0.25 to 1.0 and a H 2 O/SiO 2 ratio greater than 50, and at a temperature above the crystallization temperature of the parent zeolite.
A tilt fitting for a window leaf or door leaf, having an attachment rail , to which a scissors element having a first and a second scissors limb are attached, wherein a support bar is linked at the free end of the first scissors limb and the tilt fitting is provided with a locking element, characterized in that the locking element is designed as a double-armed lever articulated on the first scissors limb , which engages behind a buttress with one of its arms in the closed position and is guided with its other arm on a guide bolt or a guide path, and the tilt fitting is stabilized and held without play in the closed position by the engagement behind the buttress.
Method for detecting an operating state of a rotational-speed-controllable centrifugal pump unit operated at a specifiable rotational speed ( n 0 ), characterised by the operating state being an abnormal operating state and a periodic excitation signal (f A (t)) of a certain frequency (f) being applied to a manipulated variable of the pump unit in such a way that a hydraulic variable ( H, Δ p ) of the pump unit is modulated and that, from a mechanical and/or electrical variable (P el ) of the pump unit as a system response ( X (t)) to the excitation signal (f A (t)), an evaluation signal (l(t 0 ), l(t)) is calculated and this is used to determine whether an abnormal operating state exists.
A method of making a razor blade for a razor cartridge , comprising the steps of: a. providing a razor blade , the razor blade having a first side , an opposing second side , and a cutting edge extending along a length of said razor blade; b. printing at least one printed object on said length of said razor blade, wherein said at least one printed object comprises a plurality of solid objects of one or more printed dots. a. providing a razor blade , the razor blade having a first side , an opposing second side , and a cutting edge extending along a length of said razor blade; b. printing at least one printed object on said length of said razor blade, wherein said at least one printed object comprises a plurality of solid objects of one or more printed dots.
A method for producing an electrical sensor , in particular a temperature sensor, in which a carrier element made of plastic is fitted with a wireless measuring resistor in the form of an SMD component which has external electrical connection surfaces , wherein the SMD component is arranged and oriented on the carrier element in such a way that the electrical connection surfaces come to lie on the side facing away from the carrier element , wherein the carrier element equipped with the measuring resistor is connected to a molded part made of plastic, so that the measuring resistor is covered and held by the molded part in areas and the electrical connection surfaces of the measuring resistor are exposed at least in areas, then the measuring resistor is electrically connected to connecting wires via the electrical connection surfaces which are exposed at least in areas, wherein the molded part being used to guide and/or position the connecting wires and the guidance being effected via guide channels formed in the molded part .
A device for peeling beans and separating the hulls from peeled beans, characterized by and comprising a rough disc inside a bowl wherein said disc is suitable for abrasively impacting beans in water and intended to rip off the hulls from the beans within a peeling region bounded by a barrier ring which prevents the beans but allows the hulls to pass to a collection region where the hulls may be trapped by a special filter , and an electric motor for driving the rough disc .
A heat exchanger comprising: a plate with an external surface , wherein the external surface bounds an interior of the plate; a channel disposed in the heat exchanger, wherein the channel passes through a portion of the interior of the plate; and a nozzle integrally disposed in the heat exchanger, wherein the nozzle extends through a portion of the external surface and is fluidly connected to the channel, wherein the nozzle is configured to transport a liquid from the channel, through the external surface, and to distribute the liquid onto a portion of the heat exchanger; and characterized by a valve disposed in the channel. a plate with an external surface , wherein the external surface bounds an interior of the plate; a channel disposed in the heat exchanger, wherein the channel passes through a portion of the interior of the plate; and a nozzle integrally disposed in the heat exchanger, wherein the nozzle extends through a portion of the external surface and is fluidly connected to the channel, wherein the nozzle is configured to transport a liquid from the channel, through the external surface, and to distribute the liquid onto a portion of the heat exchanger; and characterized by a valve disposed in the channel.
An apparatus for digital imaging in the head region of a patient comprising: - a source for generating X-ray radiation; - a sensor for detecting X-ray radiation, which is generated by the source and passes through the patient ; - a rotary arm for arranging the source and the sensor thereon in such a way as to be opposed to each other, wherein the rotary arm is provided with adjustment means for varying the distance between the source and the sensor ; - a supporting structure for supporting the rotary arm , wherein motor driven translation and rotation means are interposed between the rotary arm and the supporting structure ; - a single sensor for both panoramic imaging and computed tomography in the head region of the patient ; and - a control unit , that controls the source , the sensor , and the translation and rotation means , characterized in that the control unit further controls the adjustment means and is arranged for operating the apparatus in a basic operation mode for bigger patients and in an alternative operation mode for smaller patients, in which the distance between the source and the sensor is reduced as compared to the distance used for the basic operation mode, and in which the dose rate and/or the exposure time is also reduced. - a source for generating X-ray radiation; - a sensor for detecting X-ray radiation, which is generated by the source and passes through the patient ; - a rotary arm for arranging the source and the sensor thereon in such a way as to be opposed to each other, wherein the rotary arm is provided with adjustment means for varying the distance between the source and the sensor ; - a supporting structure for supporting the rotary arm , wherein motor driven translation and rotation means are interposed between the rotary arm and the supporting structure ; - a single sensor for both panoramic imaging and computed tomography in the head region of the patient ; and - a control unit , that controls the source , the sensor , and the translation and rotation means ,
A composition for use in treating or relieving a blood lipid disorder , wherein the composition consists of a ferrous amino acid chelate and pharmaceutically acceptable carriers, and wherein treating or relieving a blood lipid disorder includes body weight control, body fat loss, reduction of low density lipoprotein and/or reduction of triacylglycerol.
A system for controlling access of customer-premises equipment to a network, wherein the customer-premises equipment is connected via a last mile access line to a transport network and via the transport network to the network, wherein the last mile access line terminates at a line terminal in the transport network, the system comprising: - a network interface to the transport network; - a processor subsystem configured to, via the network interface: - obtain an equipment identifier which uniquely identifies the customer-premises equipment; characterised in that the processor subsystem is further configured to, via the network interface: - obtain a line identifier which identifies the line terminal; - search a trusted access database for an entry containing a combination of the equipment identifier and the line identifier; and a) if the entry is found and if the entry contains a user identifier having user credentials which are valid according to an authorization database, grant the customer-premises equipment access to the network; or b) if the entry is not found, grant temporary access to a private network which enables a user identifier and user credentials to be digitally submitted, and if the user credentials are valid according to the authorization database, grant the customer-premises equipment access to the network. - a network interface to the transport network; - a processor subsystem configured to, via the network interface: - obtain an equipment identifier which uniquely identifies the customer-premises equipment; - obtain a line identifier which identifies the line terminal; - search a trusted access database for an entry containing a combination of the equipment identifier and the line identifier; and a) if the entry is found and if the entry contains a user identifier having user credentials which are valid according to an authorization database, grant the customer-premises equipment access to the network; or b) if the entry is not found, grant temporary access to a private network which enables a user identifier and user credentials to be digitally submitted, and if the user credentials are valid according to the authorization database, grant the customer-premises equipment access to the network. a) if the entry is found and if the entry contains a user identifier having user credentials which are valid according to an authorization database, grant the customer-premises equipment access to the network; or b) if the entry is not found, grant temporary access to a private network which enables a user identifier and user credentials to be digitally submitted, and if the user credentials are valid according to the authorization database, grant the customer-premises equipment access to the network.
A battery module , comprising: - a stack of battery cells disposed in a housing , wherein each battery cell of the stack of battery cells comprises a terminal ; - a bus bar comprising a body having an indicator comprising an indentation formed in the body , wherein the bus bar is configured to couple a first terminal of a first battery cell of the stack of battery cells to a second terminal of a second battery cell of the stack of battery cells ; - a sensing component disposed in the indentation of the indicator and configured to monitor a condition of at least one battery cell of the stack of battery cells ; and - a weld physically and electrically coupling the sensing component to the bus bar at the indicator . - a stack of battery cells disposed in a housing , wherein each battery cell of the stack of battery cells comprises a terminal ; - a bus bar comprising a body having an indicator comprising an indentation formed in the body , wherein the bus bar is configured to couple a first terminal of a first battery cell of the stack of battery cells to a second terminal of a second battery cell of the stack of battery cells ; - a sensing component disposed in the indentation of the indicator and configured to monitor a condition of at least one battery cell of the stack of battery cells ; and - a weld physically and electrically coupling the sensing component to the bus bar at the indicator .