mhurhangee/ep-ind-claims huggingface dataset:
A method for guiding, instructing and teaching users of a cooking device during the operation of the cooking device which comprises at least one input device, at least one output device, at least one detection device and at least one device for performing a plurality of cooking programs, having the following steps of: i) identifying a user by means of the detection device of the cooking device, ii) determining at least one characteristic qualification variable of the identified user by means of a storage device, wherein the characteristic qualification variable for each user is determined by at least one parameter which represents the qualification for performing at least one determined cooking program, and the characteristic qualification variable for each user can be modified as a function of at least one first and second threshold of the parameter, and iii) outputting at least one piece of information regarding at least one fixed cooking program of the cooking device in the form of a piece of information regarding goods to be cooked as a function of the characteristic qualification variable by means of the output device, wherein information is output on a display device of the output device and/or by acoustic signals by means of a loudspeaker of the output device, in that • when the first threshold is exceeded by the parameter, the output information regarding goods to be cooked is reduced, and • when the second threshold is fallen short of by the parameter, the output information regarding goods to be cooked is expanded. i) identifying a user by means of the detection device of the cooking device, ii) determining at least one characteristic qualification variable of the identified user by means of a storage device, wherein the characteristic qualification variable for each user is determined by at least one parameter which represents the qualification for performing at least one determined cooking program, and the characteristic qualification variable for each user can be modified as a function of at least one first and second threshold of the parameter, and iii) outputting at least one piece of information regarding at least one fixed cooking program of the cooking device in the form of a piece of information regarding goods to be cooked as a function of the characteristic qualification variable by means of the output device, wherein information is output on a display device of the output device and/or by acoustic signals by means of a loudspeaker of the output device, in that • when the first threshold is exceeded by the parameter, the output information regarding goods to be cooked is reduced, and • when the second threshold is fallen short of by the parameter, the output information regarding goods to be cooked is expanded. • when the first threshold is exceeded by the parameter, the output information regarding goods to be cooked is reduced, and • when the second threshold is fallen short of by the parameter, the output information regarding goods to be cooked is expanded.
An inductor layout (200,300,400) comprising a first inductor (210,310,410) and a second inductor (220,320,420), characterized in that: the first and second inductors (210,310,410; 220,320,420) are electrically and magnetically independent inductors; the first and second inductors (210,310,410; 220,320,420) are concentrically arranged on an integrated circuit; and in that at least one of the first and second inductors (210,310,410; 220,320,420) is a multi-loop inductor with a first axis (226a,316a,326a,416a,426a) of symmetry. the first and second inductors (210,310,410; 220,320,420) are electrically and magnetically independent inductors; the first and second inductors (210,310,410; 220,320,420) are concentrically arranged on an integrated circuit; and in that at least one of the first and second inductors (210,310,410; 220,320,420) is a multi-loop inductor with a first axis (226a,316a,326a,416a,426a) of symmetry.
A biaxially oriented multilayer film comprising: a first tie layer, which has an inside surface and an outside surface, wherein the first tie layer consists of: (i) at least 90 wt.% polypropylene consisting of polypropylene homopolymer, high-crystalline polypropylene or heterophasic copolymer; and (ii) optionally, cyclic olefin copolymer and/or additives; a core layer consisting of: (i) high-crystalline polypropylene or polypropylene heterophasic copolymer; and (ii) optionally, additives, consisting of opacifying agents, pigments, colorants, cavitating agents, slip agents, antioxidants, anti-fog agents, anti-static agents, fillers, moisture barrier additives, gas barrier additives, and combinations thereof, wherein the core layer is on the inside surface of the first tie layer; a first skin layer on the outside surface of the first tie layer, wherein the first skin layer has a thickness from 0.30 μm through 2 μm, and optionally a second skin layer on the core layer or on a second tie layer wherein the second skin layer has a thickness from 0.30 μm through 2 μm; wherein shrinkage is less than 3.5% in a transverse direction for the biaxially oriented multilayer film after subjecting the biaxially oriented multilayer film to 135°C for 7 min at 101,325 Pa (1 atm). a first tie layer, which has an inside surface and an outside surface, wherein the first tie layer consists of: (i) at least 90 wt.% polypropylene consisting of polypropylene homopolymer, high-crystalline polypropylene or heterophasic copolymer; and (ii) optionally, cyclic olefin copolymer and/or additives; a core layer consisting of: (i) high-crystalline polypropylene or polypropylene heterophasic copolymer; and (ii) optionally, additives, consisting of opacifying agents, pigments, colorants, cavitating agents, slip agents, antioxidants, anti-fog agents, anti-static agents, fillers, moisture barrier additives, gas barrier additives, and combinations thereof, wherein the core layer is on the inside surface of the first tie layer; a first skin layer on the outside surface of the first tie layer, wherein the first skin layer has a thickness from 0.30 μm through 2 μm, and optionally a second skin layer on the core layer or on a second tie layer wherein the second skin layer has a thickness from 0.30 μm through 2 μm; wherein shrinkage is less than 3.5% in a transverse direction for the biaxially oriented multilayer film after subjecting the biaxially oriented multilayer film to 135°C for 7 min at 101,325 Pa (1 atm).
An electric bicycle central shaft torque sensing system, comprising a central shaft, a strain sleeve, a pedalling force output portion, a torque sensor and a five-way piece, one end of the strain sleeve being fixed on the five-way piece via a bearing and connected to the pedalling force output portion, another end of the strain sleeve being sleeved on the central shaft and fixedly connected thereto, an inner surface of the strain sleeve fitting with an outer surface of the central shaft, an outer surface of the strain sleeve being adhered to the torque sensor, which transmits a signal to a controller, the controller controlling a motor output, characterized in that the pedalling force output portion is sleeved on the strain sleeve and the central shaft via a two-stage spline, the pedalling force output portion is fixedly connected with said one end of the strain sleeve via a first spline, the pedalling force output portion is connected with the central shaft via a second spline, wherein the teeth and key slots of the second spline match via a torque travel clearance, wherein the other end of the strain sleeve is fixedly connected with the central shaft via a third spline.
A piston for diesel engines, comprising: a piston body having an oil gallery comprising a top wall, a bottom wall, an outer wall and an inner wall; a pair of pin bosses having pin bores aligned about a pin bore axis and axially inwardly directed inner faces surrounding said pin bores and separated from one another by an intervening space between said pin bosses for receiving an upper end of a connecting rod; at least one oil passage extending from said oil gallery to at least one of said inner faces of said pin bosses to provide direct lubrication of cooling oil thereto; and at least one oil hole in said bottom wall for introducing cooling oil into the oil gallery; characterized in that the pin bores are respectively formed with a recess extending axially in the direction of the pin bore axis, wherein the recesses are concave and are located at least partly above the center line of the pin bore axis and that the recesses extend axially across the full width of the pin bores; and wherein an oil passage extends from the oil gallery into each of the recesses. a piston body having an oil gallery comprising a top wall, a bottom wall, an outer wall and an inner wall; a pair of pin bosses having pin bores aligned about a pin bore axis and axially inwardly directed inner faces surrounding said pin bores and separated from one another by an intervening space between said pin bosses for receiving an upper end of a connecting rod; at least one oil passage extending from said oil gallery to at least one of said inner faces of said pin bosses to provide direct lubrication of cooling oil thereto; and at least one oil hole in said bottom wall for introducing cooling oil into the oil gallery; characterized in that the pin bores are respectively formed with a recess extending axially in the direction of the pin bore axis, wherein the recesses are concave and are located at least partly above the center line of the pin bore axis and that the recesses extend axially across the full width of the pin bores; and wherein an oil passage extends from the oil gallery into each of the recesses.
A method to obtain total compensation force information of a user input device, characterised in that forces induced by inertial effects of the user input device can be mitigated, the method comprising: obtaining velocity information of a portion of the user input device; obtaining acceleration information of the portion of the user input device; obtaining damping compensation force information based on the velocity information; obtaining inertial compensation force information based on the acceleration information, the inertial compensation force information representing physical inertial effects of the portion of the user input device; and combining the damping compensation force information and inertial compensation force information to provide a total compensation force information (360; 520) of the user input device, wherein the method further comprises compensating a sensed force acting on the user input device based on the total compensation force information (360; 520). obtaining velocity information of a portion of the user input device; obtaining acceleration information of the portion of the user input device; obtaining damping compensation force information based on the velocity information; obtaining inertial compensation force information based on the acceleration information, the inertial compensation force information representing physical inertial effects of the portion of the user input device; and combining the damping compensation force information and inertial compensation force information to provide a total compensation force information (360; 520) of the user input device, wherein the method further comprises compensating a sensed force acting on the user input device based on the total compensation force information (360; 520).
A network diagnostic system for analyzing a wireless network comprising a plurality of access points, APs, implementing roaming by way of handover of wireless devices between APs, the network diagnostic system comprising: an electronic processor; and a non-transitory storage medium storing instructions readable and executable by the electronic processor to perform a network diagnostic method including: extracting a global handover frequency, HF, graph from counts or frequencies of handover events over an analysis time interval in the wireless network wherein each handover event comprises a source AP from which a wireless device disconnects and a destination AP to which the wireless device connects; constructing a HF network topology graph for the analysis time interval from the extracted global HF graph wherein the HF network topology graph has nodes representing at least a subset of the APs of the extracted handover events and edges connecting pairs of nodes with each edge having a weight representing a count or frequency of handover events between the APs represented by the pair of nodes connected by the edge; and performing a network diagnostic or visualization task (26, 46) using the HF network topology graph. an electronic processor; and a non-transitory storage medium storing instructions readable and executable by the electronic processor to perform a network diagnostic method including: extracting a global handover frequency, HF, graph from counts or frequencies of handover events over an analysis time interval in the wireless network wherein each handover event comprises a source AP from which a wireless device disconnects and a destination AP to which the wireless device connects; constructing a HF network topology graph for the analysis time interval from the extracted global HF graph wherein the HF network topology graph has nodes representing at least a subset of the APs of the extracted handover events and edges connecting pairs of nodes with each edge having a weight representing a count or frequency of handover events between the APs represented by the pair of nodes connected by the edge; and performing a network diagnostic or visualization task (26, 46) using the HF network topology graph. extracting a global handover frequency, HF, graph from counts or frequencies of handover events over an analysis time interval in the wireless network wherein each handover event comprises a source AP from which a wireless device disconnects and a destination AP to which the wireless device connects; constructing a HF network topology graph for the analysis time interval from the extracted global HF graph wherein the HF network topology graph has nodes representing at least a subset of the APs of the extracted handover events and edges connecting pairs of nodes with each edge having a weight representing a count or frequency of handover events between the APs represented by the pair of nodes connected by the edge; and performing a network diagnostic or visualization task (26, 46) using the HF network topology graph.
A connecting structure for electric cables configured to electrically connect an electric apparatus unit disposed inside a casing and a plurality of electric cables disposed outside the casing, the connecting structure comprising: a connecting member for electrically connecting the electric apparatus unit and the plurality of electric cables, characterized in that: the connecting member (43,143,243,343,443,543) is disposed to pass through a wall portion of the casing in a thickness direction of the wall portion and not to move with respect to the casing; the connecting member includes a circuit substrate having a connection circuit pattern formed thereon for electrically connecting the electric apparatus unit and the plurality of electric cables; the electric apparatus unit includes a circuit substrate having a connection circuit pattern, the circuit substrate of the electric apparatus unit being partially opposed to the circuit substrate of the connecting structure; and the connection circuit pattern of the circuit substrate of the connecting structure and the connection circuit pattern of the circuit substrate of the electric apparatus unit are electrically connected via an electrically connecting component. a connecting member for electrically connecting the electric apparatus unit and the plurality of electric cables, characterized in that: the connecting member (43,143,243,343,443,543) is disposed to pass through a wall portion of the casing in a thickness direction of the wall portion and not to move with respect to the casing; the connecting member includes a circuit substrate having a connection circuit pattern formed thereon for electrically connecting the electric apparatus unit and the plurality of electric cables; the electric apparatus unit includes a circuit substrate having a connection circuit pattern, the circuit substrate of the electric apparatus unit being partially opposed to the circuit substrate of the connecting structure; and the connection circuit pattern of the circuit substrate of the connecting structure and the connection circuit pattern of the circuit substrate of the electric apparatus unit are electrically connected via an electrically connecting component. the connecting member (43,143,243,343,443,543) is disposed to pass through a wall portion of the casing in a thickness direction of the wall portion and not to move with respect to the casing; the connecting member includes a circuit substrate having a connection circuit pattern formed thereon for electrically connecting the electric apparatus unit and the plurality of electric cables; the electric apparatus unit includes a circuit substrate having a connection circuit pattern, the circuit substrate of the electric apparatus unit being partially opposed to the circuit substrate of the connecting structure; and the connection circuit pattern of the circuit substrate of the connecting structure and the connection circuit pattern of the circuit substrate of the electric apparatus unit are electrically connected via an electrically connecting component.
An audio system for delivering sound to a listener, comprising: a speech input configured to receive a speech signal including speech; an environmental sound input configured to receive an environmental sound signal representing sounds in a listening environment; and a processing circuit configured to process the speech signal and the environmental sound signal, the processing circuit including: a speech filter configured to filter the speech signal by applying gains as a function of frequency to the speech signal; and a gain computer configured to compute the gains using the received speech signal and the received environmental sound signal to maintain a speech intelligibility index at a target value while minimizing a total energy of the speech at all frequencies. a speech input configured to receive a speech signal including speech; an environmental sound input configured to receive an environmental sound signal representing sounds in a listening environment; and a processing circuit configured to process the speech signal and the environmental sound signal, the processing circuit including: a speech filter configured to filter the speech signal by applying gains as a function of frequency to the speech signal; and a gain computer configured to compute the gains using the received speech signal and the received environmental sound signal to maintain a speech intelligibility index at a target value while minimizing a total energy of the speech at all frequencies. a speech filter configured to filter the speech signal by applying gains as a function of frequency to the speech signal; and a gain computer configured to compute the gains using the received speech signal and the received environmental sound signal to maintain a speech intelligibility index at a target value while minimizing a total energy of the speech at all frequencies.
Attaching device for at least one supply pipe and/or at least one supply line for attaching to an industrial robot arm with a holder, an associable holder unit for the supply pipe and/or the supply line and a closable clamping element, wherein the holder is arranged on the closable clamping element such that the holder can be attached to the industrial robot arm and/or positioned thereon in a flexible manner by means of clamping and closing the clamping element around the industrial robot arm and thus, in the event of the connection of the holder to the associable holder unit, the supply pipe and/or the supply line can be oriented in a targeted manner, characterised in that the closable clamping element is guided through an interior of the holder.
A propeller gondola drive for a vehicle, comprising: a driveshaft for driving a propeller; a radial bearing device for absorbing radial forces of the driveshaft; an axial bearing device (24") for absorbing axial forces of the driveshaft, wherein a thrust collar of the driveshaft supports itself on at least one face end in axial direction on a guiding device (50"); and a support structure for attaching the at least one radial bearing device and the axial bearing device, characterized in that the guiding device comprises at least three, preferentially a whole-number multiple of four, in particular eight or 12 axial sliding segments, which are guided in a segment guide and each have a sliding surface which is in contact with the thrust collar.
A compound of the formula: or a pharmaceutically acceptable salt thereof, for use in a method of reducing the effect of chemotherapy on healthy cells in a subject being treated for cyclin-dependent kinase 4/6 (CDK4/6) replication independent cancer or abnormal cell proliferation, wherein said healthy cells are hematopoietic stem cells, hematopoietic progenitor cells, or renal epithelial cells, the method comprising administering to the subject an effective amount of the compound.
A baffle element for a seal system of a turbomachine, the baffle element including: a radially inner portion defining a circular central opening which in use is positioned on a rotational axis of the turbomachine with a centre of the central opening on the axis and the perimeter of the central opening lying in a plane transverse to the axis; a radially outer portion encircling the radially inner portion; and a gutter extending radially-outwardly from the radially outer portion, and having an oil redirection surface inclined to the plane of the circular central opening; the baffle element having a front surface which in use faces axially frontward into a bearing chamber, and a rear face which in use faces axially rearward towards an oil seal plate, the front surface comprising a recess portion which is axially rearward with respect to portions of the front surface which are respectively radially-inward and radially outward of the recess portion; the recess portion defining a circumferentially-extending oil reception channel which intercepts the oil redirection surface, the channel having varying axial width at different circumferential positions, the axial width of the recess with respect to the circular central opening being greatest at a circumferential position about the axis which is circumferentially spaced from the gutter; whereby oil moving circumferentially in the channel encounters the oil redirection surface of the gutter and is deflected radially outwardly. a radially inner portion defining a circular central opening which in use is positioned on a rotational axis of the turbomachine with a centre of the central opening on the axis and the perimeter of the central opening lying in a plane transverse to the axis; a radially outer portion encircling the radially inner portion; and a gutter extending radially-outwardly from the radially outer portion, and having an oil redirection surface inclined to the plane of the circular central opening; the baffle element having a front surface which in use faces axially frontward into a bearing chamber, and a rear face which in use faces axially rearward towards an oil seal plate, the front surface comprising a recess portion which is axially rearward with respect to portions of the front surface which are respectively radially-inward and radially outward of the recess portion; the recess portion defining a circumferentially-extending oil reception channel which intercepts the oil redirection surface, the channel having varying axial width at different circumferential positions, the axial width of the recess with respect to the circular central opening being greatest at a circumferential position about the axis which is circumferentially spaced from the gutter; whereby oil moving circumferentially in the channel encounters the oil redirection surface of the gutter and is deflected radially outwardly.