mhurhangee/patent-ind-claim-en huggingface dataset:
A molding machine forming a mold by using a transferred molding flask and pattern plate , the molding machine comprising: a filling frame provided with a lower opening connectable to an upper opening of the molding flask and a side portion opened; a squeeze head mechanism including a squeeze board movable into and out from the filling frame , and a plurality of squeeze feetl passing through the squeeze board , being able to move up and down with respect to the squeeze board; a sand injection hopper including at least one sand injection port for injecting molding sand into a molding space defined by the molding flask, the filling frame, the squeeze head mechanism, and the pattern plate; and a sand injection nozzle formed in the filling frame and provided in a component detachably attached to an opening of the side portion of the filling frame to enable the sand injection port and the molding space to communicate with each other. a filling frame provided with a lower opening connectable to an upper opening of the molding flask and a side portion opened; a squeeze head mechanism including a squeeze board movable into and out from the filling frame , and a plurality of squeeze feetl passing through the squeeze board , being able to move up and down with respect to the squeeze board; a sand injection hopper including at least one sand injection port for injecting molding sand into a molding space defined by the molding flask, the filling frame, the squeeze head mechanism, and the pattern plate; and a sand injection nozzle formed in the filling frame and provided in a component detachably attached to an opening of the side portion of the filling frame to enable the sand injection port and the molding space to communicate with each other.
A system comprising: a trusted execution environment including an application ; an inner kernel of an operating system running at a higher privilege level than an outer kernel of the operating system, the inner kernel including machine-readable instructions that, when executed, measure a data structure in a memory that the inner kernel occupies to provide a first measurement; a device including a measurement engine to measure the data structure in the memory, wherein the device operates independently of the operating system, wherein the device is configured, upon request of the application, to send a second measurement of the data structure in the memory to the application wherein the application is configured to: compare the first measurement and the second measurement; and initiate remedial action in response to a mismatch between the first measurement and the second measurement. a trusted execution environment including an application ; an inner kernel of an operating system running at a higher privilege level than an outer kernel of the operating system, the inner kernel including machine-readable instructions that, when executed, measure a data structure in a memory that the inner kernel occupies to provide a first measurement; a device including a measurement engine to measure the data structure in the memory, wherein the device operates independently of the operating system, wherein the device is configured, upon request of the application, to send a second measurement of the data structure in the memory to the application wherein the application is configured to: compare the first measurement and the second measurement; and initiate remedial action in response to a mismatch between the first measurement and the second measurement. compare the first measurement and the second measurement; and initiate remedial action in response to a mismatch between the first measurement and the second measurement.
A method of operating an electronic device in a wireless communication system, the method comprising: inputting training signals into a first loopback route and a second loopback route; determining a loopback gain and a loopback phase, based on a first training signal passing through the first loopback route and a second training signal passing through the second loopback route; determining a frequency domain compensation filter, based on the loopback gain and the loopback phase; determining a finite impulse response, FIR, filter and a direct current, DC, offset, based on the frequency domain compensation filter; and compensating for a transmission signal and a reception signal, based on the FIR filter and the DC offset, wherein the training signals are determined based on a phase of a first training signal and a phase of a second training signal. inputting training signals into a first loopback route and a second loopback route; determining a loopback gain and a loopback phase, based on a first training signal passing through the first loopback route and a second training signal passing through the second loopback route; determining a frequency domain compensation filter, based on the loopback gain and the loopback phase; determining a finite impulse response, FIR, filter and a direct current, DC, offset, based on the frequency domain compensation filter; and compensating for a transmission signal and a reception signal, based on the FIR filter and the DC offset, wherein the training signals are determined based on a phase of a first training signal and a phase of a second training signal.
A method for triggering events in a client application, the method comprising: obtaining event information defining event requirements for triggering an event within an interactive client application hosted over a network, the event information specifying location criteria including an incident occurrence threshold; obtaining geolocation information, the geolocation information indicating a geolocation of a first user; obtaining demographic characteristics of the first user; obtaining incident information related to the geolocation of the first user; determining a likelihood of incident occurrence for the geolocation and the first user based on the demographic characteristics of the first user and the incident information related to the geolocation of the first user; comparing the likelihood of incident occurrence for the geolocation and the first user with the location criteria to determine whether the likelihood of incident occurrence determined for the geolocation and the first user satisfies the location criteria by being within the incident occurrence threshold specified by the location criteria; and responsive to the geolocation of the first user satisfying the location criteria, triggering the event in the client application of a second user; wherein obtaining the event information for triggering the event triggered in the client application of the second user includes obtaining the event information that defines the location criteria via a graphical user interface configured to receive entry or selection of the event information from the second user that is different from the first user. obtaining event information defining event requirements for triggering an event within an interactive client application hosted over a network, the event information specifying location criteria including an incident occurrence threshold; obtaining geolocation information, the geolocation information indicating a geolocation of a first user; obtaining demographic characteristics of the first user; obtaining incident information related to the geolocation of the first user; determining a likelihood of incident occurrence for the geolocation and the first user based on the demographic characteristics of the first user and the incident information related to the geolocation of the first user; comparing the likelihood of incident occurrence for the geolocation and the first user with the location criteria to determine whether the likelihood of incident occurrence determined for the geolocation and the first user satisfies the location criteria by being within the incident occurrence threshold specified by the location criteria; and responsive to the geolocation of the first user satisfying the location criteria, triggering the event in the client application of a second user; wherein obtaining the event information for triggering the event triggered in the client application of the second user includes obtaining the event information that defines the location criteria via a graphical user interface configured to receive entry or selection of the event information from the second user that is different from the first user.
A light source apparatus , comprising: a light source element configured to emit light; a liquid crystal panel located in a progressive direction in a light path of light emitted from the light source element ; a beam splitter located in the progressive direction of the liquid crystal panel and is inclined relative to a plane orthogonal to the progressive direction; and a light guiding member , wherein the liquid crystal panel has a first face where light from the light source element enters and a second face where image projection light resulting from polarization of light having entered the first face in a predetermined polarization direction exits, the beam splitter being arranged to allow the image projection light having exited the second face of the liquid crystal panel and traveling in the progressive direction to pass through, and being arranged to reflect external light traveling in a retrograde direction opposite to the progressive direction in a direction different from the progressive direction, and the light guiding member guides and allows external light reflected by the beam splitter to enter the first face of the liquid crystal panel . a light source element configured to emit light; a liquid crystal panel located in a progressive direction in a light path of light emitted from the light source element ; a beam splitter located in the progressive direction of the liquid crystal panel and is inclined relative to a plane orthogonal to the progressive direction; and a light guiding member , wherein the liquid crystal panel has a first face where light from the light source element enters and a second face where image projection light resulting from polarization of light having entered the first face in a predetermined polarization direction exits, the beam splitter being arranged to allow the image projection light having exited the second face of the liquid crystal panel and traveling in the progressive direction to pass through, and being arranged to reflect external light traveling in a retrograde direction opposite to the progressive direction in a direction different from the progressive direction, and the light guiding member guides and allows external light reflected by the beam splitter to enter the first face of the liquid crystal panel .
Method for operating an elevator system, which is embodied as shaft-changing multi-car system, in the case of which a number of cars is assigned to at least three elevator shafts , wherein the cars can be moved in upwards direction and downwards direction inside the individual elevator shafts , as well as between the individual elevator shafts, comprising the following steps: a) in a first operating state, assigning a travel direction UP or DOWN to each individual one of the elevator shafts such that all cars, which are located in a respective elevator shaft , can move only in the respective assigned travel direction, b) for an elevator shaft or a partial quantity of the at least three elevator shafts , canceling the assignment of the travel direction such that all cars, which are located in this one elevator shaft or this partial quantity of the at least three elevator shafts, is or are stopped, respectively, c) reversing the assignment of the travel direction in this one shaft or this partial quantity of the at least three elevator shafts such that all cars, which are located in this one elevator shaft or the partial quantity of the at least three elevator shafts, can move only in the respective newly-assigned travel direction, characterized in that d) repeating steps b) and c) for further elevator shafts, until a desired number of elevator shafts or all elevator shafts have an assignment of a travel direction UP or DOWN, which is opposite to the assignment during the first operating state, for providing a second operating state, wherein the reversal of the travel directions assigned to the individual elevator shafts is carried out successively, in order to get from the first operating state to the second operating state. a) in a first operating state, assigning a travel direction UP or DOWN to each individual one of the elevator shafts such that all cars, which are located in a respective elevator shaft , can move only in the respective assigned travel direction, b) for an elevator shaft or a partial quantity of the at least three elevator shafts , canceling the assignment of the travel direction such that all cars, which are located in this one elevator shaft or this partial quantity of the at least three elevator shafts, is or are stopped, respectively, c) reversing the assignment of the travel direction in this one shaft or this partial quantity of the at least three elevator shafts such that all cars, which are located in this one elevator shaft or the partial quantity of the at least three elevator shafts, can move only in the respective newly-assigned travel direction, characterized in that d) repeating steps b) and c) for further elevator shafts, until a desired number of elevator shafts or all elevator shafts have an assignment of a travel direction UP or DOWN, which is opposite to the assignment during the first operating state, for providing a second operating state, wherein the reversal of the travel directions assigned to the individual elevator shafts is carried out successively, in order to get from the first operating state to the second operating state.
A computer-implemented method for sharing a three-dimensional, 3D, context of a 3D computer-aided design, CAD, model , the computer-implemented method comprising: creating a 3D-link targeting the 3D context within the 3D CAD model, the creating including forming a static link and a variable link , the static link being configured to re-direct to the variable link in response to a user opening the 3D-link, the variable link enabling (i) the 3D CAD model to be located and opened and (ii) the 3D context to be displayed within the 3D CAD model; and storing the 3D-link in a database by entering the 3D-link into the database as a key-value pair, the key-value pair including a key and a value, the static link being the key, the variable link being the value, the 3D-link enabling the 3D context to be shared between or among users via sharing of the 3D-link from the database. creating a 3D-link targeting the 3D context within the 3D CAD model, the creating including forming a static link and a variable link , the static link being configured to re-direct to the variable link in response to a user opening the 3D-link, the variable link enabling (i) the 3D CAD model to be located and opened and (ii) the 3D context to be displayed within the 3D CAD model; and storing the 3D-link in a database by entering the 3D-link into the database as a key-value pair, the key-value pair including a key and a value, the static link being the key, the variable link being the value, the 3D-link enabling the 3D context to be shared between or among users via sharing of the 3D-link from the database.
A system for distributing locally generated energy from at least one renewable DC source to a plurality of local load units (3, 3', 3") of the system , comprising, for each load unit (3, 3', 3"), • an input for connection to an integrated grid , • an output for connection to at least one load (11, 11', 11"), • an inverter having an inverter input and an inverter output , wherein the inverter input is connected to the DC source and the inverter output is connected to the input and to the output of the respective load unit (3, 3', 3"), and wherein the inverter converts a direct current at the inverter input into an alternating current at the inverter output , • a power meter having a power meter input , which is connected to the input of the respective load unit (3, 3', 3") in order to determine a current power consumption from the integrated grid , and having a power meter output , which is connected to the inverter of the respective load unit (3, 3', 3") in order to transmit data relating to the current power consumption from the integrated grid to the inverter , characterized in that the inverter of the respective load unit (3, 3', 3") is configured to determine an input DC voltage applied to its inverter input and to determine a power to be currently converted from the applied input DC voltage and the transmitted power consumption data. • an input for connection to an integrated grid , • an output for connection to at least one load (11, 11', 11"), • an inverter having an inverter input and an inverter output , wherein the inverter input is connected to the DC source and the inverter output is connected to the input and to the output of the respective load unit (3, 3', 3"), and wherein the inverter converts a direct current at the inverter input into an alternating current at the inverter output , • a power meter having a power meter input , which is connected to the input of the respective load unit (3, 3', 3") in order to determine a current power consumption from the integrated grid , and having a power meter output , which is connected to the inverter of the respective load unit (3, 3', 3") in order to transmit data relating to the current power consumption from the integrated grid to the inverter ,
Cooling box unit for dissipating heat from an electrical component comprising a metallic heat sink for producing a thermally conductive connection to the electrical component and at least one cooling duct for guiding a coolant, wherein the heat sink at least partly forms the at least one cooling duct , wherein the cooling duct is formed by an elongate recess in the heat sink, the depth of which is greater than an opening width of the recess, wherein on the cooling duct side the heat sink has a protective layer that prevents metal ions from being released into the coolant flowing through the cooling duct , wherein the cooling box unit comprises a main body , which is connected to the heat sink and partly delimits the at least one cooling duct , characterized in that the main body consists of a plastic, wherein the main body has a projection partly complementary to the cooling duct in shape, for reducing a cooling duct depth.
A device for adjusting and/or changing a damping medium profile, which extends in the direction of a printing width, in a printing unit comprising at least one printing unit cylinder , at least one inking unit which inks the printing unit cylinder , and at least one damping unit which interacts with the printing unit cylinder and/or the inking unit , where a drying device which extends over the printing width is provided with a number I (I ∈ , I>1) of drying elements (41 k ), the influence of which on a printing unit surface (F) to be treated allows moisture to be removed from a number of n (n ∈ , n > 1) axial portions a j (j = 1,..., n) that are offset relative to one another in the direction of the printing width and the extent of the influence of which with respect to the axial portion (a j ) and/or the operating state of which can be varied independently of one another, characterized in that the drying elements (41 k ) are designed and arranged in the printing unit (11; 21) such that at least 20% of the width (b j ), when seen in the direction of the printing width, of multiple or all of the axial portions (a j ), which are designed as active portions (a j ) with an active width (b j ) of the drying elements (41 k ) in the printing unit (11; 21), over the extension of said portions overlaps with an adjacent axial portion of the axial portions (a j ), which are axially offset relative to one another in the direction of the printing width.
A process for manufacturing of delmopinol, which process comprises the use of 1-halo-4-propylhept-3-ene wherein said 1-halo-4-propylhept-3-ene (IV) is converted to 1-halo-4-propylheptane (V) by catalytic hydrogenation
An ultrasonic knife having a cutting portion comprising at least one cutting edge and a fastening portion comprising an external thread for connection to a sonotrode , characterized in that the cutting portion and the fastening portion are formed in one piece from cemented carbide material, wherein the cemented carbide material comprises hard particles at least predominantly formed by tungsten carbide, and a metallic binder, wherein the external thread of the fastening section has a thread pitch p and is shaped such that the root of the thread turns has a rounded shape with a root radius R of 0.2*p ≤ R ≤ 0.3*p. having a cutting portion comprising at least one cutting edge and a fastening portion comprising an external thread for connection to a sonotrode , characterized in that the cutting portion and the fastening portion are formed in one piece from cemented carbide material, wherein the cemented carbide material comprises hard particles at least predominantly formed by tungsten carbide, and a metallic binder, wherein the external thread of the fastening section has a thread pitch p and is shaped such that the root of the thread turns has a rounded shape with a root radius R of 0.2*p ≤ R ≤ 0.3*p.
A terminal device that communicates with a base station device, the terminal device comprising: a reception unit that receives a data channel including one or more pieces of data; and a transmission unit that transmits response information to the data on a basis of a parameter regarding reliability of the data; wherein the response information is repeatedly transmitted on a predetermined number of different control channels, the predetermined number being determined on a basis of the parameter regarding the reliability; wherein the parameter regarding the reliability is determined depending on a reception timing of the data; and wherein repeated transmission of the response information is stopped in a case where retransmission of the data is received. a reception unit that receives a data channel including one or more pieces of data; and a transmission unit that transmits response information to the data on a basis of a parameter regarding reliability of the data; wherein the response information is repeatedly transmitted on a predetermined number of different control channels, the predetermined number being determined on a basis of the parameter regarding the reliability; wherein the parameter regarding the reliability is determined depending on a reception timing of the data; and wherein repeated transmission of the response information is stopped in a case where retransmission of the data is received.
Wall element for a wooden frame construction, comprising a frame which is formed by a plurality of horizontal and vertical profiled wood elements , the profiled wood elements being connected to one another in frame corners , the connection of the profiled wood elements in the frame corners being designed as a finger-joint connection, in particular a finger-joint connection with wedge-shaped fingers, the profiled wood elements being designed as solid wood elements and being connected directly to one another, the finger-joint connection is formed transversely to the grain direction of the wood of the profiled wood elements , and wherein the finger-joint connections have miter-cut profiled wood elements , and the finger-joint connections have a plurality of lamellae per profiled wood element , characterized in that a planking is fastened to the frame on at least one side, in that furthermore a lamella thickness is selected from a range of 2 mm to 10 mm, and wherein a height of the lamellae is between 20 mm and 50 mm.