mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery comprising: a positive electrode; a negative electrode comprising a negative electrode active material-containing layer; an aqueous electrolyte; and a separator comprising a first principal surface and a second principal surface, wherein the separator is selectively permeable to monovalent cations, at least a part of the first principal surface faces the negative electrode active material-containing layer, and a contact angle θ1 of the first principal surface with respect to the aqueous electrolyte is 90°≤θ1<180°, the contact angle being measured by a static drop method based on JIS R 3257:1999. a positive electrode; a negative electrode comprising a negative electrode active material-containing layer; an aqueous electrolyte; and a separator comprising a first principal surface and a second principal surface, wherein the separator is selectively permeable to monovalent cations, at least a part of the first principal surface faces the negative electrode active material-containing layer, and a contact angle θ1 of the first principal surface with respect to the aqueous electrolyte is 90°≤θ1<180°, the contact angle being measured by a static drop method based on JIS R 3257:1999.
A vehicle seat of a motor vehicle, comprising a seat rail (10, 10', 10''') having a seat rail profile which has at least one profile region (16, 20, 22) in which at least one corresponding retaining element of the vehicle seat can be introduced in at least one retaining position, wherein the vehicle seat can be displaced between a plurality of positions at least substantially in the longitudinal direction of the vehicle and can be locked in those positions on the seat rail (10, 10', 10''') in the longitudinal direction of the vehicle and in the vertical direction of the vehicle, characterized in that the seat rail (10, 10', 10''') comprises at least one ramp element which extends obliquely relative to the longitudinal extent of the seat rail profile and by means of which the retaining element can be moved into at least one removal position by being moved along the ramp element from the retaining position out of the profile region (16, 20, 22).
A method performed by a wireless device (110, 500, 791, 792) for determining whether the wireless device is power limited, the method comprising: receiving, from a network node (160, 712), a transmit power control, TPC, command for one or more of a plurality of power control loops configured at the wireless device; obtaining an indication of the one or more of the plurality of power control loops to which the received TPC command applies; determining, based on the obtained indication, whether one or more conditions related to power control at the wireless device are fulfilled; determining whether the wireless device is power limited based on whether the one or more conditions are fulfilled; characterized in that: in response to determining that the wireless device is power limited, method further comprises determining whether to accumulate the received TPC command. receiving, from a network node (160, 712), a transmit power control, TPC, command for one or more of a plurality of power control loops configured at the wireless device; obtaining an indication of the one or more of the plurality of power control loops to which the received TPC command applies; determining, based on the obtained indication, whether one or more conditions related to power control at the wireless device are fulfilled; determining whether the wireless device is power limited based on whether the one or more conditions are fulfilled; characterized in that: in response to determining that the wireless device is power limited, method further comprises determining whether to accumulate the received TPC command.
Injector for fuel injection, comprising: an injector housing, a movable injection needle, which is arranged in the injector housing and has an injection needle tip, and an injection needle seat for accommodating the injection needle tip, wherein a contact pairing of injection needle and injection needle seat represents a mechanical switch, which assumes a closed state upon contact between injection needle tip and injection needle seat and an open state upon interruption of contact, the injector has an input line and an output line for controlling a movement of the injection needle, the input line and output line each represent a contact of a coil which forms part of an electromagnet, the injector is characterized in that the switch has a first connection which is connected to the input line and a second connection which is connected to the injector housing, and a resistor is connected between the first connection of the switch and the input line, wherein the resistor is a high-temperature resistor chip. an injector housing, a movable injection needle, which is arranged in the injector housing and has an injection needle tip, and an injection needle seat for accommodating the injection needle tip, wherein a contact pairing of injection needle and injection needle seat represents a mechanical switch, which assumes a closed state upon contact between injection needle tip and injection needle seat and an open state upon interruption of contact, the injector has an input line and an output line for controlling a movement of the injection needle, the input line and output line each represent a contact of a coil which forms part of an electromagnet, the injector is characterized in that the switch has a first connection which is connected to the input line and a second connection which is connected to the injector housing, and a resistor is connected between the first connection of the switch and the input line, wherein the resistor is a high-temperature resistor chip.
A method for producing rice with a low glycaemic index and a low glycaemic load, comprising: - a step of preparing of husked brown rice; - a step of humidifying the husked brown rice with water at room temperature until reaching a moisture content equal to 18-22%; - after the humidifying step, a step of resting the husked brown rice for 24-60 minutes; - after the resting step, a first heating step comprising heating the husked brown rice until the brown rice reaches a temperature of 80-85°C; - after the first heating step, a first step of cooling the husked brown rice in an environment at a temperature lower than the room temperature until the brown rice reaches a temperature of 10°C; - after the cooling step, a step of reconstituting the husked brown rice for 24-72 hours, maintaining the moisture content, until the husked brown rice reaches the room temperature; - after the reconstituting step, a second heating step comprising heating the husked brown rice until the husked brown rice externally reaches a temperature of 60-65°C, corresponding to an internal temperature greater than 70°C; - after the second heating step, a second cooling step until the husked brown rice reaches the room temperature; - after the second cooling step, a step of refining the husked brown rice having a moisture content equal to 18-22%; - after the refining step, a drying step until reaching a moisture content equal to 12-13%. - a step of preparing of husked brown rice; - a step of humidifying the husked brown rice with water at room temperature until reaching a moisture content equal to 18-22%; - after the humidifying step, a step of resting the husked brown rice for 24-60 minutes; - after the resting step, a first heating step comprising heating the husked brown rice until the brown rice reaches a temperature of 80-85°C; - after the first heating step, a first step of cooling the husked brown rice in an environment at a temperature lower than the room temperature until the brown rice reaches a temperature of 10°C; - after the cooling step, a step of reconstituting the husked brown rice for 24-72 hours, maintaining the moisture content, until the husked brown rice reaches the room temperature; - after the reconstituting step, a second heating step comprising heating the husked brown rice until the husked brown rice externally reaches a temperature of 60-65°C, corresponding to an internal temperature greater than 70°C; - after the second heating step, a second cooling step until the husked brown rice reaches the room temperature; - after the second cooling step, a step of refining the husked brown rice having a moisture content equal to 18-22%; - after the refining step, a drying step until reaching a moisture content equal to 12-13%.
Device for stacking folded products, comprising: a feed device for feeding the separated successive folded products into a stacking region at an outlet from the feed device; two guide devices (14, 16), which are located opposite each other, which form the stacking region between them and which are configured to hold and to support folded products fed successively by the feed device to form a stack (7, 8) of upright folded products between them; at least one conveying device for conveying the stacked folded products into a discharge region of the device along a transport path aligned in a transport direction; wherein the guide devices (14, 16) extend parallel to the transport direction and are located opposite each other in a first direction transverse to the transport direction, wherein in each case one of the two guide devices (14, 16) is arranged on one side of the transport path in order to guide the folded products laterally along the transport path, wherein the guide devices (14, 16) extend from the stacking region as far as the discharge region in order to guide and to support the folded products along the transport path; wherein each guide device (14, 16) has a brush on that side of the guide device (14, 16) which faces the stacking region. a feed device for feeding the separated successive folded products into a stacking region at an outlet from the feed device; two guide devices (14, 16), which are located opposite each other, which form the stacking region between them and which are configured to hold and to support folded products fed successively by the feed device to form a stack (7, 8) of upright folded products between them; at least one conveying device for conveying the stacked folded products into a discharge region of the device along a transport path aligned in a transport direction; wherein the guide devices (14, 16) extend parallel to the transport direction and are located opposite each other in a first direction transverse to the transport direction, wherein in each case one of the two guide devices (14, 16) is arranged on one side of the transport path in order to guide the folded products laterally along the transport path, wherein the guide devices (14, 16) extend from the stacking region as far as the discharge region in order to guide and to support the folded products along the transport path; wherein each guide device (14, 16) has a brush on that side of the guide device (14, 16) which faces the stacking region.
Electrical component comprising a coil form and a winding (3, 5) of a wire (4, 6) around the coil form, and comprising a connection area (7, 8, 19, 20) which comprises a wire end (9, 10, 31, 32) of the wire (4, 6), wherein the connection area (7, 8, 19, 20) is configured for latching with a mounting facility, in which the connection area (7, 8, 19, 20) has a latching edge (13, 14) for latching with the mounting facility.
A device comprising: a mobile robot including: a motor to drive a drive system to move the mobile robot in an area; a light source to output ultraviolet light, the light source disposed on top of the drive system; at least one first sensor (102, 106) to determine at least one from a group consisting of: an orientation of the mobile robot, a location of the mobile robot, and when the light source is within a predetermined distance of an object in the area; and characterized by: the at least one first sensor (102, 106) is disposed above the light source; a controller, communicatively coupled to the drive system, the light source, and the at least one first sensor to control the drive system so as to stop or move the mobile robot to avoid having the light source impact the object based on at least a signal received from the at least one first sensor. a motor to drive a drive system to move the mobile robot in an area; a light source to output ultraviolet light, the light source disposed on top of the drive system; at least one first sensor (102, 106) to determine at least one from a group consisting of: an orientation of the mobile robot, a location of the mobile robot, and when the light source is within a predetermined distance of an object in the area; and characterized by: the at least one first sensor (102, 106) is disposed above the light source; a controller, communicatively coupled to the drive system, the light source, and the at least one first sensor to control the drive system so as to stop or move the mobile robot to avoid having the light source impact the object based on at least a signal received from the at least one first sensor. the at least one first sensor (102, 106) is disposed above the light source; a controller, communicatively coupled to the drive system, the light source, and the at least one first sensor to control the drive system so as to stop or move the mobile robot to avoid having the light source impact the object based on at least a signal received from the at least one first sensor.
Ophthalmic display comprising an optical imager intended to shape optical beams emitted by an optical element of a system for generating optical beams and to direct them towards the eye of the wearer in order to allow him or her to see informational content (I1, 12), this display being equipped with a device for adjusting focus by adjusting the length of said optical beams between said element and the imager, said imager being integrated into a glass intended to be fitted in a spectacle frame and said generating system comprising a stationary part, called the stationary plate, to which said optical element is connected by a movable connection that is adjustable by virtue of an actuating device, said display being characterized in that said adjusting device is inside a casing containing said system for generating optical beams and in that said connection is an elastically deformable element.
A prefabricated floor element comprising a structural part of concrete, which comprises a cover layer at the upper side of the floor element as well as at least one rib adjacent to the bottom side of the cover layer, wherein the cover layer and the at least one rib together form an integral part of poured concrete, and an insulating part of plastic material adjacent to the bottom side of the structural part, which insulating part extends beside the at least one rib as well as under the at least one rib, wherein the bottom side of the insulating part forms the bottom side of the floor element, the insulating part comprising at least two insulation parts, each of a plastic material, wherein the coefficients of thermal conductivity of the respective plastic materials of the at least two insulation parts are different from each other, in any case lower than 0.08 W/mK, wherein the at least two insulation parts comprise at least one first insulation part (13, 17) of a first material and a second insulation part of a second plastic material, wherein the coefficient of thermal conductivity of the first material is smaller than the coefficient of thermal conductivity of the second material and the at least one first insulation part (13, 17) extends at least in part directly under the at least one rib, the at least one first insulation part (13, 17) only extending over part of the width of the insulating part.
Method for determining the received load of a working machine for dynamic material handling, in particular of a crane, characterised in that the load is calculated during the work operation by means of a load model and the load model is determined during a calibration phase of the working machine as follows: - executing a plurality of routine machine sequences with a received reference load while available machine parameters are recorded, - carrying out a significance analysis of the recorded parameters in order to identify statistically significant parameters which exhibit a dependency on the load, - executing a statistical learning and/or optimisation algorithm for compiling a machine-customised load model which describes the relationship between the parameters determined as significant and the load. - executing a plurality of routine machine sequences with a received reference load while available machine parameters are recorded, - carrying out a significance analysis of the recorded parameters in order to identify statistically significant parameters which exhibit a dependency on the load, - executing a statistical learning and/or optimisation algorithm for compiling a machine-customised load model which describes the relationship between the parameters determined as significant and the load.
A spatial fitting and mapping system for a visual prosthesis, the visual prosthesis configured to stimulate a visual percept in a subject with visual prosthesis electrodes on the visual cortex of the subject, the percept at an actual location, the system comprising an eye tracking sensor and a computer, the system configured to: ask a subject to look in the direction the subject perceives the percept at a perceived location; record the perceived location using the eye tracking sensor; calculate, using the computer, a difference between the actual location and the perceived location; and adjust the visual prosthesis based on the difference. ask a subject to look in the direction the subject perceives the percept at a perceived location; record the perceived location using the eye tracking sensor; calculate, using the computer, a difference between the actual location and the perceived location; and adjust the visual prosthesis based on the difference.
A method of assigning use of a bandwidth for radio communication, the method comprising the following steps: a. generating (29; 37; 57) an initial frame (39; 59), the initial frame (39; 59) consisting of a series of allocations; b. generating a further frame, the further frame consisting of a series of allocations; c. repeating step b. to generate (41; 61, 67) a matrix of allocations (45; 65, 69); d. shuffling (33; 47; 71) at least two columns or at least two rows within the matrix (45; 65, 69); e. selecting (51, 79) one or more columns or rows (53; 81) in the matrix (49; 77), wherein each selected column or row represents a sequence; f. assigning use of the bandwidth according to the one or more selected sequences; and g. transmitting one or more data streams on the assigned bandwidth; wherein the step of shuffling (33; 47; 71) at least two columns or at least two rows comprises pseudo-random shuffling using a shuffle algorithm; and characterised in that the step of generating (29; 37; 57) an initial frame comprises pseudo-random generation using a shuffle algorithm; and the pseudo-random generation comprises using an external random number generator to generate a pseudo-random number based on a time-of-day. a. generating (29; 37; 57) an initial frame (39; 59), the initial frame (39; 59) consisting of a series of allocations; b. generating a further frame, the further frame consisting of a series of allocations; c. repeating step b. to generate (41; 61, 67) a matrix of allocations (45; 65, 69); d. shuffling (33; 47; 71) at least two columns or at least two rows within the matrix (45; 65, 69); e. selecting (51, 79) one or more columns or rows (53; 81) in the matrix (49; 77), wherein each selected column or row represents a sequence; f. assigning use of the bandwidth according to the one or more selected sequences; and g. transmitting one or more data streams on the assigned bandwidth; wherein the step of shuffling (33; 47; 71) at least two columns or at least two rows comprises pseudo-random shuffling using a shuffle algorithm; and characterised in that the step of generating (29; 37; 57) an initial frame comprises pseudo-random generation using a shuffle algorithm; and the pseudo-random generation comprises using an external random number generator to generate a pseudo-random number based on a time-of-day.
A pump housing for a pump, the pump housing comprising an outer casing comprising two side parts (24, 26), one side part on a suction side of the pump and the other side part on a drive side of the pump, the side parts (24, 26) being adapted to be secured together, an inner liner comprising opposed side wall portions and a peripheral wall portion therebetween with a pumping chamber therein, a discharge outlet extending from the pumping chamber, each side wall portion having an opening (31, 32) therein, at least one of the openings (31, 32) having a peripheral flange extending therearound and projecting outwardly from the side wall portion, characterised in that at least one of the side parts (24, 26) of the outer casing being releasably securable to said peripheral flange by coupling pins, the arrangement being such that the inner liner can be released and removed from one of the side parts while the inner liner is held or retained by the coupling pins to the other one of the side parts.
Seat configured for placing on an undercarriage of a pushchair or buggy, the seat comprising: a back part; a seat part coupled pivotally to the back part, wherein the seat part and the back part together form a support surface suitable for supporting a child in a recumbent position and sitting position; an attaching unit coupled pivotally to the back part, which attaching unit is connectable to the undercarriage; wherein the back part and the seat part can pivot relative to each other between the sitting position and recumbent position; wherein the seat further comprises: a first arm which is connected pivotally to the attaching unit and pivotally to the seat part; characterized in that the seat comprises a four-bar linkage, wherein one arm is formed by the attaching unit, one arm by the back part, one arm by the seat part and one arm by the first arm; wherein the back part and the seat part are connected pivotally at a first pivot point, this point moving toward the attaching unit during pivoting from the sitting position to the recumbent position. a back part; a seat part coupled pivotally to the back part, wherein the seat part and the back part together form a support surface suitable for supporting a child in a recumbent position and sitting position; an attaching unit coupled pivotally to the back part, which attaching unit is connectable to the undercarriage; wherein the back part and the seat part can pivot relative to each other between the sitting position and recumbent position; a first arm which is connected pivotally to the attaching unit and pivotally to the seat part;