mhurhangee/ep-ind-claims huggingface dataset:
A cruise control arrangement for a vehicle, where the cruise control arrangement is provided with a cruise control speed function, a cruise control brake function and at least one selectable economy level, where the arrangement has a set maximum speed value corresponding to a maximum allowed vehicle speed, a set brake speed value corresponding to a brake cruise speed and a set cruise speed value corresponding to a cruise speed, characterized in that a temporary brake speed value replaces the set brake speed value as the actually used brake speed value when an economy level is selected, where the temporary brake speed value is dependent on the selected economy level.
Fastening element for connecting a crossbar to a vertical shaft of a scaffolding, comprising a wedge head and a wedge, wherein a wedge securing element is formed in the wedge head and the wedge can be inserted through an opening in the wedge head so that the fastening element can be positively connected to a perforated disc of a vertical shaft, wherein the wedge securing element can be changed over from a securing position into a fastening position, wherein the wedge can be inserted into the opening exclusively in the fastening position in such a way that, in use, a form fit is produced between the fastening element and the perforated disc, wherein the wedge head has an upper head part and a lower head part each with an opening, wherein a slot is formed between the upper head part and the lower head part, wherein the wedge securing element in the securing position at least partially blocks the path between the two openings, wherein the wedge securing element is designed as a sliding bolt and the sliding bolt extends in the slot of the fastening element and is displaceable substantially parallel to the slot, the sliding bolt projecting into the slot in the securing position, characterised in that the sliding bolt is pushed back completely out of the slot in the fastening position.
An apparatus for carrying out an extracorporeal blood treatment in which a substitution fluid is administered to the patient, wherein the apparatus comprises an extracorporeal blood circuit and a substitution line opening into the extracorporeal blood circuit, wherein the substitution line has a pump for conveying substitution fluid into the extracorporeal blood circuit, and wherein at least two, and preferably more than two, containers for providing a substitution fluid are connected separately and at the intake side of the pump to the substitution line, characterized in that at least one pressure valve is arranged between the pump and at least one of the containers, said pressure valve allowing a flow of substitution fluid to the pump on an exceeding of an opening pressure.
A portable embedded direct-current electric hoist, comprising a permanent magnet brushless direct-current motor, a controller, left and right end plates (2, 6), a rope drum, a first reducer, and a second differential transmission device, wherein the left and right end plates (2, 6) are fixedly connected into a whole through a connecting rod, and the rope drum is rotatably arranged on the left and right end plates (2, 6); a built-in motor base fixed to the right end plate is provided in the rope drum, the permanent magnet brushless direct-current motor and the first reducer are fixed, in an abutting manner, to the built-in motor base, so that the permanent magnet brushless direct-current motor and the first reducer are embedded in the rope drum; the second differential transmission device is fixed to the left end plate and is connected to the first reducer through a transmission shaft; and during operation, the permanent magnet brushless direct-current motor drives, through the first reducer and the transmission shaft, the second differential transmission device to rotate, and the second differential transmission device drives the rope drum to rotate; characterized in that, the second differential transmission device comprises a second sun wheel, a second planetary wheel, a floating planetary carrier, a fixed gear ring, a moving gear ring, and a second box body; the fixed gear ring is fixed to the second box body, the second sun wheel is rotatably arranged on the second box body and abuts the transmission shaft, the second planetary wheel is rotatably arranged on the floating planetary carrier, the second planetary wheel engages with the second sun wheel at an inner side and the fixed gear ring at an outer side, respectively; the moving gear ring sleeves the second sun wheel, with one end simultaneously engaging with the second planetary wheel at an outer side and another end being connected to a fixed end plate on the rope drum; the moving gear ring and the fixed gear ring are designed into a differential matching structure with different quantities of teeth; during operation, the first reducer drives the second sun wheel through the transmission shaft, the second sun wheel drives the second planetary wheel, the second planetary wheel rotates relative to the fixed gear ring to drive the moving gear ring and the rope drum to rotate, so as to achieve two-stage reduction and differential output; and in case of shutdown, a heavy object actively drives the moving gear ring through the rope drum, the moving gear ring drives the second planetary wheel to rotate, since the quantity of the teeth of the fixed gear ring is different from the quantity of the moving gear ring, the second planetary wheel is incapable of rotating relative to the fixed gear ring, resulting in one-way interlocking and achieving differential reverse mechanical braking; and wherein in case of shutdown, the controller uses reverse electromotive force generated by the permanent magnet brushless direct-current motor to achieve electromagnetic braking.
Method for handling sludge arranged on the bottom of a water filled basin, the water defining a surface, characterised in that it comprises the steps of freezing the sludge in a portion of the bottom of the basin, arranging a closable container in the basin below the surface of the water, which container comprises a collecting filter, moving the frozen sludge into the container to a position above the collecting filter, closing the container, and thawing the frozen sludge in the container.
A synchronous electrical machine comprising: at least one rotor with an inner rotor core and an outer rotor core each comprising permanent magnets; and at least one double-sided stator with an inner stator side comprising an inner stator winding and a separate, outer, stator side comprising an outer stator winding, wherein the at least one double-sided stator is concentrically disposed between the inner rotor core and the outer rotor core of the electrical machine, said synchronous electrical machine further comprising at least one cooling channel separating the inner stator side and the outer stator side. at least one rotor with an inner rotor core and an outer rotor core each comprising permanent magnets; and at least one double-sided stator with an inner stator side comprising an inner stator winding and a separate, outer, stator side comprising an outer stator winding, wherein the at least one double-sided stator is concentrically disposed between the inner rotor core and the outer rotor core of the electrical machine, said synchronous electrical machine further comprising at least one cooling channel separating the inner stator side and the outer stator side.
An apparatus for bending a current breaking member of a battery pack, comprising: a bending jig having a support configured to place thereon the current breaking member electrically connected to an electrode lead of a battery cell; a rotation driving unit having a portion connected to the bending jig so that the bending jig rotates based on a rotation axis thereof; and a bending guide unit configured to press and fix the electrode lead so that a bending line dividing a bent portion and a non-bent portion of the electrode lead of the battery cell is set, wherein the rotation driving unit is configured for rotating the bending jig so that the current breaking member is bent and rotated based on the bending line of the electrode lead and then placed on an upper surface of a terrace portion of the battery cell. a bending jig having a support configured to place thereon the current breaking member electrically connected to an electrode lead of a battery cell; a rotation driving unit having a portion connected to the bending jig so that the bending jig rotates based on a rotation axis thereof; and a bending guide unit configured to press and fix the electrode lead so that a bending line dividing a bent portion and a non-bent portion of the electrode lead of the battery cell is set, wherein the rotation driving unit is configured for rotating the bending jig so that the current breaking member is bent and rotated based on the bending line of the electrode lead and then placed on an upper surface of a terrace portion of the battery cell.
A mortar comprising cement, one or more than one mineral additive, superplasticizer, aggregates, a hydroxyethyl methyl cellulose (HEMC) and water, wherein the hydroxyethyl methyl cellulose is characterized by the sum of its hydroxyethyl molecular substitution and methyl degree of substitution being from 1.90 to 2.30 and its viscosity in a 2 weight-percent aqueous solution being below 30,000 milliPascals*seconds, at 20° C at a fixed shear rate of 2.55 sec -1 in a Rotovisco rheometer, wherein the MS and DS is determined by the Zeisel method of treating the HEMC with hydrogen iodide and red phosphorous, and wherein the hydroxyethyl methyl cellulose (HEMC) is having a hydroxyethyl molecular substitution that is greater than 0.01 and 0.5 or less and a methyl degree of substitution that is greater than 1.65 and less than 2.2.
Method for access to all the cells in a memory area for purposes of writing or reading data blocks in said cells, said method comprising, for each access time (Ti with i = 0 to N) to said cells in said memory area to be accessed, a process of determining the address (ADRj, with j = 0 to N) of the cell of the memory area to be accessed at said access time (Ti), an address (ADRj) determined for an access time Ti not being once again determined for another access time (Tk, k ≠ j), characterised in that said process of determining each address (ADRj) is a pseudorandom process, characterised in that said pseudorandom address determination method comprises, implemented for each access time (Ti, i = 0 to N): - a step of random determination of a random bit (Ai), which can thus take either a first value or a second value, - a step of testing the value taken by said random bit (Ai) that switches said process - either to a step of determining an index as being equal to the value of a first index, followed by a step of incrementing a unit of said first index, - or to a step of determining said index as being equal to the value of a second index (DOWN), followed by a step of decrementing a unit of said second index (DOWN), the value of said index being the value of said address of the cell of the memory area to be accessed at said access time (Ti). - a step of random determination of a random bit (Ai), which can thus take either a first value or a second value, - a step of testing the value taken by said random bit (Ai) that switches said process - either to a step of determining an index as being equal to the value of a first index, followed by a step of incrementing a unit of said first index, - or to a step of determining said index as being equal to the value of a second index (DOWN), followed by a step of decrementing a unit of said second index (DOWN),
An orthopedic cast system, comprising: a hydrophilic inner layer, wherein the hydrophilic inner layer has an apparent surface energy greater than 70 dynes per centimeter and a porosity of less than 60 seconds; a hydrophobic outer layer having opposing surfaces, wherein the hydrophobic outer layer is adjacent to said hydrophilic inner layer, and wherein the hydrophobic layer has an apparent surface energy less than 60 dynes per centimeter; and a curable casting material disposed on one of the opposing surfaces of the hydrophobic outer layer. a hydrophilic inner layer, wherein the hydrophilic inner layer has an apparent surface energy greater than 70 dynes per centimeter and a porosity of less than 60 seconds; a hydrophobic outer layer having opposing surfaces, wherein the hydrophobic outer layer is adjacent to said hydrophilic inner layer, and wherein the hydrophobic layer has an apparent surface energy less than 60 dynes per centimeter; and a curable casting material disposed on one of the opposing surfaces of the hydrophobic outer layer.
A method for manufacturing a watertight zipper, characterized in comprising: forming a waterproof tape by extruding a polymeric material in melted state wrapping around an outer surface of a cloth tape, wherein the waterproof tape comprises a thick waterproof layer and a thin waterproof layer both formed by the polymeric material in solidified state, wherein the thick waterproof layer covers a side surface, an upper surface and a lower surface of the cloth tape, and wherein the thin waterproof layer connects with the thick waterproof layer; cutting a side of the waterproof tape that is covered by the thick waterproof layer to form a side surface of the thick waterproof layer in a plane form as an abutting surface; forming a plurality of apertures at the waterproof tape, wherein each of the plurality of apertures extends through the cloth tape and the thick waterproof layer; and forming a plurality of scoops corresponding to the plurality of apertures by injection molding, wherein each of the plurality of scoops spaces from the thin waterproof layer, and wherein an end of each of the plurality of scoops extends beyond the abutting surface of the thick waterproof layer. forming a waterproof tape by extruding a polymeric material in melted state wrapping around an outer surface of a cloth tape, wherein the waterproof tape comprises a thick waterproof layer and a thin waterproof layer both formed by the polymeric material in solidified state, wherein the thick waterproof layer covers a side surface, an upper surface and a lower surface of the cloth tape, and wherein the thin waterproof layer connects with the thick waterproof layer; cutting a side of the waterproof tape that is covered by the thick waterproof layer to form a side surface of the thick waterproof layer in a plane form as an abutting surface; forming a plurality of apertures at the waterproof tape, wherein each of the plurality of apertures extends through the cloth tape and the thick waterproof layer; and forming a plurality of scoops corresponding to the plurality of apertures by injection molding, wherein each of the plurality of scoops spaces from the thin waterproof layer, and wherein an end of each of the plurality of scoops extends beyond the abutting surface of the thick waterproof layer.
A method of making one or several connection elements for a microelectronic device, comprising steps consisting of: - forming a conducting layer on a support formed of a plate or a substrate, the support being provided with one or several conducting pads (4a, 4b, 4c) located on the front face of the support opposite the back face, the conducting layer being arranged such that it comprises a first conducting portion (14.1) in contact with at least one conducting pad located on the front face, the first conducting portion (14.2) extending on the front face and being connected to at least one second conducting portion extending in contact with at least one given wall of the support, the given wall being located between the front face and the back face and making a non-zero angle with the front face of the support, - thinning the support at its back face so as to release one conducting end of the second conducting portion (14.2), this free conducting portion, this free conducting end projecting from the back face of the support, the method further including, after thinning of the support: bending of a free conducting end (15a, 15b) projecting from the back face of the support and released at the time of thinning. - forming a conducting layer on a support formed of a plate or a substrate, the support being provided with one or several conducting pads (4a, 4b, 4c) located on the front face of the support opposite the back face, the conducting layer being arranged such that it comprises a first conducting portion (14.1) in contact with at least one conducting pad located on the front face, the first conducting portion (14.2) extending on the front face and being connected to at least one second conducting portion extending in contact with at least one given wall of the support, the given wall being located between the front face and the back face and making a non-zero angle with the front face of the support, - thinning the support at its back face so as to release one conducting end of the second conducting portion (14.2), this free conducting portion, this free conducting end projecting from the back face of the support,
A method, comprising: at a device having one or more processors, memory, and a display: receiving a notification; and displaying a short version of the notification; while displaying the short version of the notification, receiving an input invoking a corresponding long version of the notification that includes more control functions and/or information than the short version of the notification; determining whether the input invoking the corresponding long version of the notification is received while the device is in a locked state or an unlocked state; in accordance with a determination that the input is received while the device is in the locked state, displaying a first long version of the notification; and in accordance with a determination that the input is received while the device is in the unlocked state, displaying a second long version of the notification that is distinct from the first-long version of the notification; while displaying either the first long version of the notification or the second long version of the notification, receiving a second input invoking an application that corresponds to the notification; and in response to receiving the input invoking the application that corresponds to the notification, displaying a user interface of the application, wherein the user interface of the application provides more functions or content than the first long version of the notification and the user interface of the application provides more functions or content than the second long version of the notification. receiving a notification; and displaying a short version of the notification; while displaying the short version of the notification, receiving an input invoking a corresponding long version of the notification that includes more control functions and/or information than the short version of the notification; determining whether the input invoking the corresponding long version of the notification is received while the device is in a locked state or an unlocked state; in accordance with a determination that the input is received while the device is in the locked state, displaying a first long version of the notification; and in accordance with a determination that the input is received while the device is in the unlocked state, displaying a second long version of the notification that is distinct from the first-long version of the notification; while displaying either the first long version of the notification or the second long version of the notification, receiving a second input invoking an application that corresponds to the notification; and in response to receiving the input invoking the application that corresponds to the notification, displaying a user interface of the application, wherein the user interface of the application provides more functions or content than the first long version of the notification and the user interface of the application provides more functions or content than the second long version of the notification.
Hob with a plate unit embodied as a hob plate for a placement of cookware and with at least one hob operating apparatus, which has at least one operating unit, which has at least one transducer electrode, which is arranged on a rear side of the plate unit, and at least one sensor element, which is connected to the transducer electrode, wherein the operating unit has at least one operating means, which is embodied as a rotary element and which is provided to be arranged on the plate unit and to actuate the transducer electrode, wherein the transducer electrode is provided to record at least one signal and to forward the recorded signal to the sensor element, and wherein the signal is embodied as a change in capacitance, and wherein the sensor element is arranged at a distance from the transducer electrode, wherein the operating means is arranged in an at least partially removable manner on the plate unit, wherein the operating unit has a large number of transducer electrodes, which are arranged at least substantially in a line, and wherein the operating unit has a large number of sensor elements, each of which is allocated to one of the transducer electrodes, wherein each of the transducer electrodes is allocated one of the sensor elements, wherein the operating unit has at least one control unit, which is provided, as a function of an actuation of one of the transducer electrodes, to carry out at least one action desired by the operator by actuating the one transducer electrode, wherein the sensor elements are provided to transmit the signal, which is detected on actuation of the transducer electrode connected to the sensor element, at least to the control unit, characterised in that at least the transducer electrodes are embodied as a coating, wherein the coating is applied to the rear side of the plate unit.