mhurhangee/ep-ind-claims huggingface dataset:
Cookware item, comprising: a cooking container for holding food to be cooked and/or a lid for closing the cooking container, at least one handle for handling the cookware item, a handle body of the handle being force-transmittingly connected to the cooking container and/or the lid of the cookware item by means of a handle connection part of the handle, and an insulating part of the cookware item being arranged between the handle connection part and the cooking container and/or the lid in order to reduce the heat transfer to the handle body, and having an output unit at least partially integrated in the handle body for optically outputting information to a user of the cookware item, the output unit having at least one light source, and the light source being able to be controlled by means of a control means of the cookware item and being able to be supplied with electrical energy by means of an energy source of the cookware item, characterised in that the insulating part is designed as a light guide having at least one light in-coupling point for coupling light emitted by means of the light source into the insulating part and at least one light out-coupling point for coupling this light out of the insulating part, the light in-coupling point being arranged on the handle body and the light out-coupling point being arranged on an externally visible surface of the insulating part. a cooking container for holding food to be cooked and/or a lid for closing the cooking container, at least one handle for handling the cookware item, a handle body of the handle being force-transmittingly connected to the cooking container and/or the lid of the cookware item by means of a handle connection part of the handle, and an insulating part of the cookware item being arranged between the handle connection part and the cooking container and/or the lid in order to reduce the heat transfer to the handle body, and having an output unit at least partially integrated in the handle body for optically outputting information to a user of the cookware item, the output unit having at least one light source, and the light source being able to be controlled by means of a control means of the cookware item and being able to be supplied with electrical energy by means of an energy source of the cookware item, characterised in that the insulating part is designed as a light guide having at least one light in-coupling point for coupling light emitted by means of the light source into the insulating part and at least one light out-coupling point for coupling this light out of the insulating part, the light in-coupling point being arranged on the handle body and the light out-coupling point being arranged on an externally visible surface of the insulating part.
Ink-jet printer ink comprising, as an alternative to (meth)acrylates, polymerizable monomers and/or oligomers in a total proportion selected from a range of 15% by weight to 99% by weight, and optionally at least one initiator, wherein at least up to 65% by weight, preferably all, of the monomers and/or oligomers are formed by at least one vinyl-based compound, which is preferably radically polymerizable, or at least a portion, preferably all, of the monomers and/or oligomers are formed by at least one vinyl-based compound and the initiator is formed by monomers which react with the at least one vinyl-based compound during polymerization thereof to form a covalent bond therewith, characterized in that the at least one vinyl-based compound is selected from the group consisting of vinyl esters, vinyl carbonates and vinyl carbamates, as well as derivatives thereof and mixtures thereof.
A method of providing a user interface for managing calls received at a mobile device, the mobile device providing send and end keys (514, 516), the method comprising the steps of: identifying a phone number associated with an incoming call being received at the mobile device; and displaying an incoming call screen on a display to a user of the mobile device, the incoming call screen comprising a caller identification data field for displaying data associated with incoming calls, and at least one key label field; a first label associated with the send key being displayed in an area of the display adjacent to the send key, and the send key being selectable to answer the incoming call; a second label associated with the end key being displayed in an area of the display adjacent to the end key, and the end key being selectable to ignore the incoming call; and the first label comprising an audio device icon that indicates that audio signals for the call will be transmitted to an auxiliary audio device rather than to an integrated speaker on the mobile device. identifying a phone number associated with an incoming call being received at the mobile device; and displaying an incoming call screen on a display to a user of the mobile device, the incoming call screen comprising a caller identification data field for displaying data associated with incoming calls, and at least one key label field; a first label associated with the send key being displayed in an area of the display adjacent to the send key, and the send key being selectable to answer the incoming call; a second label associated with the end key being displayed in an area of the display adjacent to the end key, and the end key being selectable to ignore the incoming call; and the first label comprising an audio device icon that indicates that audio signals for the call will be transmitted to an auxiliary audio device rather than to an integrated speaker on the mobile device.
A heat generation rate waveform calculation device of an internal combustion engine, the device being configured to calculate a heat generation rate waveform of a spark-ignition internal combustion engine, wherein an increase rate of a heat generation rate relative to a change in a crank angle in a heat generation rate increasing period in which the heat generation rate increases after ignition of an air-fuel mixture is defined as a heat generation rate gradient (b/a) that is one of characteristic values of the heat generation rate waveform, wherein the heat generation rate gradient (b/a) is estimated based on an in-cylinder fuel density obtained from an in-cylinder volume (V @dQpeak) and a fuel injection amount at a predetermined time that is set in advance in the heat generation rate increasing period, so that the heat generation rate waveform is calculated using the estimated heat generation rate gradient (b/a), wherein an average increase rate of the heat generation rate in a period from the ignition time of the air-fuel mixture to a heat generation rate maximum time where the heat generation rate is maximum is defined as the heat generation rate gradient (b/a), and wherein the heat generation rate gradient (b/a) is calculated as a linear function of a fuel density at the heat generation rate maximum time.
A laundry washing apparatus, comprising: a storage container configured to store a washing agent; and a washing agent pump connected to the storage container, characterized in that: the washing agent pump comprises: a passage forming member forming a passage in which a first space, a second space, and a third space are aligned along a straight line, wherein the storage container is communicated with the first space of the passage forming member; and wherein the washing agent of the storage container flows through the first space, the second space, and the third space, sequentially, wherein the washing agent pump communicates with the second space and is configured to control a pressure in the second space, and wherein the passage forming member is configured to discharge the washing agent of the third space to an outside of the washing agent pump along the straight line. a storage container configured to store a washing agent; and a washing agent pump connected to the storage container, characterized in that: the washing agent pump comprises: a passage forming member forming a passage in which a first space, a second space, and a third space are aligned along a straight line, wherein the storage container is communicated with the first space of the passage forming member; and wherein the washing agent of the storage container flows through the first space, the second space, and the third space, sequentially, wherein the washing agent pump communicates with the second space and is configured to control a pressure in the second space, and wherein the passage forming member is configured to discharge the washing agent of the third space to an outside of the washing agent pump along the straight line. a passage forming member forming a passage in which a first space, a second space, and a third space are aligned along a straight line, wherein the storage container is communicated with the first space of the passage forming member; and wherein the washing agent of the storage container flows through the first space, the second space, and the third space, sequentially, wherein the washing agent pump communicates with the second space and is configured to control a pressure in the second space, and wherein the passage forming member is configured to discharge the washing agent of the third space to an outside of the washing agent pump along the straight line.
Protective cover for surgical instruments, in particular for stapling suture devices, comprising: an outer sheath adapted to at least partially cover a head portion of the surgical instrument; an actuating device, which is at least unidirectionally force-transmittingly connected to the outer sheath and is formed of at least one pulling element (226a, 226b), wherein the outer sheath is formed of at least one first segment and of at least one second segment, wherein the at least one first segment and the at least one second segment are transferable from a cover position to a release position by means of the actuating device, wherein the at least one first segment and the at least one second segment are connected to each other by at least one joint, characterized in that the actuating device is formed of at least one first pulling element and of at least one second pulling element, and wherein the at least one first segment is connected to the at least one first pulling element via a first projection portion and the at least one second segment is connected to the at least one second pulling element via a second projection portion. an outer sheath adapted to at least partially cover a head portion of the surgical instrument; an actuating device, which is at least unidirectionally force-transmittingly connected to the outer sheath and is formed of at least one pulling element (226a, 226b), wherein the outer sheath is formed of at least one first segment and of at least one second segment, wherein the at least one first segment and the at least one second segment are transferable from a cover position to a release position by means of the actuating device, wherein the at least one first segment and the at least one second segment are connected to each other by at least one joint, characterized in that the actuating device is formed of at least one first pulling element and of at least one second pulling element, and wherein the at least one first segment is connected to the at least one first pulling element via a first projection portion and the at least one second segment is connected to the at least one second pulling element via a second projection portion.
A projector, comprising: a housing having top, bottom and side faces; a light source disposed in the housing; a light projection unit, disposed in the housing, configured to project light emitted from the light source through the top face; a pressure sensor disposed on the top face of the housing and configured to detect a load as the weight of an object placed on the top face and blocking the light projected by the projection unit; and a microprocessor configured to activate a protection operation for the projector when the pressure sensor detects that the load caused by the object blocking the light projection of the projection unit exceeds a threshold load. a housing having top, bottom and side faces; a light source disposed in the housing; a light projection unit, disposed in the housing, configured to project light emitted from the light source through the top face; a pressure sensor disposed on the top face of the housing and configured to detect a load as the weight of an object placed on the top face and blocking the light projected by the projection unit; and a microprocessor configured to activate a protection operation for the projector when the pressure sensor detects that the load caused by the object blocking the light projection of the projection unit exceeds a threshold load.
High performance fiber structure, comprising: a plurality of fibers arranged in the structure; a matrix disposed between the fibers; wherein a multilayer coating is provided along the surfaces of at least some of the fibers, the multilayer coating including: an inner layer region having a sheet like strength; an outer layer region having a particle-like strength, such that any cracks propagating toward the outer layer from the matrix propagate along the outer layer region and back into the matrix, thereby preventing the cracks from approaching the fibers, characterized in that the multilayer coating has a shear strength gradient along the interphase radius accomplished by varying the degree of crystallization of Boron Nitride or pyrolytic carbon (PyC), from fully crystallized to turbostratic as the interphase radius increases from the inner layer region to the outer layer region, wherein the inner layer region comprises graphitic carbon and the outer layer region comprises pyrolytic carbon, and/or wherein the inner layer region comprises hexagonal Boron-nitride, and the outer layer region comprises turbostratic Boron-nitride. a plurality of fibers arranged in the structure; a matrix disposed between the fibers; wherein a multilayer coating is provided along the surfaces of at least some of the fibers, the multilayer coating including: an inner layer region having a sheet like strength; an outer layer region having a particle-like strength, such that any cracks propagating toward the outer layer from the matrix propagate along the outer layer region and back into the matrix, thereby preventing the cracks from approaching the fibers, an inner layer region having a sheet like strength; an outer layer region having a particle-like strength, such that any cracks propagating toward the outer layer from the matrix propagate along the outer layer region and back into the matrix, thereby preventing the cracks from approaching the fibers, characterized in that the multilayer coating has a shear strength gradient along the interphase radius accomplished by varying the degree of crystallization of Boron Nitride or pyrolytic carbon (PyC), from fully crystallized to turbostratic as the interphase radius increases from the inner layer region to the outer layer region, wherein the inner layer region comprises graphitic carbon and the outer layer region comprises pyrolytic carbon, and/or wherein the inner layer region comprises hexagonal Boron-nitride, and the outer layer region comprises turbostratic Boron-nitride.
A dual-fuel internal combustion engine comprising at least one combustion chamber which is adapted to be operated in an operating mode with primarily liquid fuel feed and in an operating mode with primarily gaseous fuel feed in which the liquid fuel serves as a pilot fuel for initiating combustion, wherein associated with the at least one combustion chamber is an inlet valve for a gas-air mixture and an injector (I1 to I4) for liquid fuel, and a control device which in a switch-over mode is adapted to effect a switch-over by - an amount of energy supplied to the at least one combustion chamber by the gas-air mixture being changed, and - an injected amount of liquid fuel and/or a time of injection of the liquid fuel being changed, and a sensor whose signals are characteristic of a knock occurring in the at least one combustion chamber, wherein the control device is adapted to effect the switch-over with evaluation of the signals from the sensor, wherein the control device is adapted to effect evaluation of the signals of the sensor having regard to the amount of liquid fuel injected into the at least one combustion chamber, characterised in that the control device is adapted upon the occurrence of knock above a predetermined first knock threshold value to effect knock-reducing measures if the injected amount of liquid fuel is below a predetermined liquid fuel threshold value and/or the control device is adapted upon the occurrence of knock above a predetermined first knock threshold value not to effect or only limitedly to effect knock-reducing measures if the injected amount of liquid fuel is above a predetermined liquid fuel threshold value and if the knock lies below a predetermined second knock threshold value. - an amount of energy supplied to the at least one combustion chamber by the gas-air mixture being changed, and - an injected amount of liquid fuel and/or a time of injection of the liquid fuel being changed, and
A method of manufacturing a seat consisting at least in part of a plate-shaped material, the finished seat comprising legs, a seat surface and a backrest, characterized by the following steps: - Providing a substantially rectangular plate-shaped material, - Deforming the substantially rectangular plate-shaped material to assume an inverted "U" shape after deformation, - cutting a portion out of the inverted "U", the cut-out portion leaving a receptacle opening in the inverted "U" bounded on all sides by non-cut-out deformed plate-shaped material, and - rotating the cut-out portion and securing the rotated cut-out portion in the receptacle opening so that the cut-out portion secured in the receptacle opening forms the seat surface and the backrest of the finished seat, wherein legs of the inverted "U" form the legs of the seat. - Providing a substantially rectangular plate-shaped material, - Deforming the substantially rectangular plate-shaped material to assume an inverted "U" shape after deformation, - cutting a portion out of the inverted "U", the cut-out portion leaving a receptacle opening in the inverted "U" bounded on all sides by non-cut-out deformed plate-shaped material, and - rotating the cut-out portion and securing the rotated cut-out portion in the receptacle opening so that the cut-out portion secured in the receptacle opening forms the seat surface and the backrest of the finished seat, wherein legs of the inverted "U" form the legs of the seat.
A method for facilitating establishment of a data connection between a terminal and at least one of a plurality of Small Area cells, SA-cells (3, 4), comprised in a telecommunication system further comprising a decision unit (11, 21) and a Large Area cell, LA-cell, the method comprising: while the terminal is in an idle mode and is camping on the LA-cell: establishing a signaling connection between the terminal and the LA-cell the method further characterized by; transmitting configuration data from the LA-cell to the terminal via the signaling connection, the configuration data comprising a time reference;; transmitting the configuration data from the LA-cell to the plurality of SA-cells (3,4); broadcasting a signal from the terminal at a time based on the time reference as received with the configuration data; determining in each of the plurality of SA-cells (3,4) a timing advance indicating a difference in time between the broadcasting of the signal and the reception of the signal in each of the plurality of SA-cells (3,4) using the time reference as received with the configuration data; and providing a report to the decision unit (11,21) from each of the plurality of SA-cells (3,4), the report comprising data indicative of timing advance; and receiving an indication that the data connection is to be established between the terminal and the at least one of the plurality of SA-cells, wherein the at least one of the plurality of SA-cells is selected by the decision unit (11,21) based on the report, and wherein an indication of the at least one of the plurality of SA-cells is provided from the decision unit (11,21) to the terminal. establishing a signaling connection between the terminal and the LA-cell the method further characterized by; transmitting configuration data from the LA-cell to the terminal via the signaling connection, the configuration data comprising a time reference;; transmitting the configuration data from the LA-cell to the plurality of SA-cells (3,4); broadcasting a signal from the terminal at a time based on the time reference as received with the configuration data; determining in each of the plurality of SA-cells (3,4) a timing advance indicating a difference in time between the broadcasting of the signal and the reception of the signal in each of the plurality of SA-cells (3,4) using the time reference as received with the configuration data; and providing a report to the decision unit (11,21) from each of the plurality of SA-cells (3,4), the report comprising data indicative of timing advance; and receiving an indication that the data connection is to be established between the terminal and the at least one of the plurality of SA-cells, wherein the at least one of the plurality of SA-cells is selected by the decision unit (11,21) based on the report, and wherein an indication of the at least one of the plurality of SA-cells is provided from the decision unit (11,21) to the terminal.
Method for managing flows of electrical energy within a radio access system for a communication network including a radio transceiver, a device for connecting to an electrical grid, an electrical energy production device and a battery for storing electrical energy produced by said production device and for electrically powering the radio transceiver, characterized in that a control device determines an operating strategy for the battery by optimizing an objective function that associates a cost with a possible operating strategy for the battery during a period of determined duration T and while respecting at least one constraint for protecting the battery against accelerated ageing, and manages the incoming and outgoing flows of electrical energy of the battery depending on the determined operating strategy, wherein one constraint for protecting the battery is to restrict the duration of disuse of the battery to a predefined maximum duration and wherein the maximum duration of disuse of the battery is determined depending on the temperature of the battery and/or on the current state of charge of the battery.
A removable device for cutting and topping sugar canes, comprising means for removable fastening with the head of an articulated arm in the form of a single-piece frame comprising receiving means having a shape complementary to means present on said arm, namely pads, said frame being integral with means for cutting said canes, wherein said cutting means comprise, on the one hand, means for clamping the canes being in the form of at least two claws hinged along a vertical axis with respect to said frame so as to pass from an open position to a closed position and shaped so to overlap each other at least partially so as to form a space for clamping said canes and, on the other hand, at least one blade, in the form of a standing disk, for cutting said canes held in the clamping space, said blade being located under said frame.