mhurhangee/ep-ind-claims huggingface dataset:
A tool adapted to be mounted on a screw machine, comprising: a tool block; a slide body mounted on said tool block for rotation relative thereto about a first axis (y-y), said slide body also having a shaft coincident with said first axis (y-y); an adjustment mechanism acting between said slide body and said tool block for controllably varying the angular position of said slide body relative to said tool block; and a head slidably mounted on said slide body for movement relative thereto along a second axis (z-z), said head having a roller and having a cutting tool spaced from said roller, said roller and cutting tool being adapted to selectively engage a workpiece when said tool is moved toward said workpiece to remove material therefrom; whereby said head may move relative to said tool block along said second axis (z-z) such that said roller and cutting tool will both contact said workpiece when said tool is moved toward said workpiece; characterised by: an adapter plate adapted to be mounted on said screw machine for controlled movement toward and away from said workpiece; in that the tool block is slidably mounted on said adapter plate for relative movement relative thereto along a third axis ( x - x) and adapted to be selectively locked to said adapter plate at a desired position along said third axis ( x - x); and in that said second ( z - z) and third axes ( x - x) are substantially parallel to one another. a tool block; a slide body mounted on said tool block for rotation relative thereto about a first axis (y-y), said slide body also having a shaft coincident with said first axis (y-y); an adjustment mechanism acting between said slide body and said tool block for controllably varying the angular position of said slide body relative to said tool block; and a head slidably mounted on said slide body for movement relative thereto along a second axis (z-z), said head having a roller and having a cutting tool spaced from said roller, said roller and cutting tool being adapted to selectively engage a workpiece when said tool is moved toward said workpiece to remove material therefrom; whereby said head may move relative to said tool block along said second axis (z-z) such that said roller and cutting tool will both contact said workpiece when said tool is moved toward said workpiece; an adapter plate adapted to be mounted on said screw machine for controlled movement toward and away from said workpiece; in that the tool block is slidably mounted on said adapter plate for relative movement relative thereto along a third axis ( x - x) and adapted to be selectively locked to said adapter plate at a desired position along said third axis ( x - x); and in that said second ( z - z) and third axes ( x - x) are substantially parallel to one another.
An operating mechanism of a circuit breaker (110, 200) comprising: a housing; a cam element positioned within the housing, wherein the cam element is installed on a mechanically driven first shaft; a transmission lever provided with a first roller element, wherein the transmission lever is installed on a second shaft such that the second shaft is parallel to the first shaft; and a support assembly coupled to an inner surface of a vertical wall of the housing, wherein the support assembly comprises: a fork joint having a moveable end and a pivoted end, wherein the moveable end is adapted to support a second roller element; and a damper element having a first end and a second end, characterised in that the first end of the damper element is rigidly pivoted on an upper horizontal surface of the housing of the circuit breaker (110, 200), and the second end of the damper element is coupled to the moveable end of the fork joint, a housing; a cam element positioned within the housing, wherein the cam element is installed on a mechanically driven first shaft; a transmission lever provided with a first roller element, wherein the transmission lever is installed on a second shaft such that the second shaft is parallel to the first shaft; and a support assembly coupled to an inner surface of a vertical wall of the housing, wherein the support assembly comprises: a fork joint having a moveable end and a pivoted end, wherein the moveable end is adapted to support a second roller element; and a damper element having a first end and a second end, characterised in that the first end of the damper element is rigidly pivoted on an upper horizontal surface of the housing of the circuit breaker (110, 200), and the second end of the damper element is coupled to the moveable end of the fork joint, a fork joint having a moveable end and a pivoted end, wherein the moveable end is adapted to support a second roller element; and a damper element having a first end and a second end, characterised in that the first end of the damper element is rigidly pivoted on an upper horizontal surface of the housing of the circuit breaker (110, 200), and the second end of the damper element is coupled to the moveable end of the fork joint,
A piece of convertible furniture having at least two, preferably at least partially upholstered elements (1, 2; 11, 12; 21, 22) which are pivotable relative to one another, and a furniture frame, wherein in each case two elements (1, 2; 11, 12; 21, 22) are connected to one another via straps (3, 4; 13, 14; 23, 24) of which one part (3, 12, 23) extends from the end of the one element (1, 11, 21) over the surface thereof to an end of the other element (2, 12, 22), and another part (4, 14, 24) extends from the end of the other element (2, 12, 22) over the surface thereof to an end of the one element (1, 11, 21), wherein one element lies on the furniture frame in an extendible manner, and an additional element is arranged which, in the seat position of the piece of furniture, stands upright behind the second element that forms the back rest and, in the lying position, lies adjacent to the extended element.
A method for providing information from a mobile terminal to a target device, the method comprising the steps of: receiving data from an external data source; receiving device information of the target device provided by the target device through near field communication, NFC; and transmitting a subset of the data selected based on the device information to the target device. receiving data from an external data source; receiving device information of the target device provided by the target device through near field communication, NFC; and transmitting a subset of the data selected based on the device information to the target device.
A method of providing location-based services implemented at least in part in a location server of a location-based services system within a communication system, the method comprising: identifying mobile user devices, associated with a wireless network, that are located within a common geographic area; and delivering location-based service information to the identified mobile user devices associated with the wireless network over a broadcast channel shared by said devices, characterized in that the location-based service information comprises content-identifying information identifying location-based service content that is available for delivery to the mobile user devices, such that a given one of the mobile user devices can autonomously select, using the content-identifying information and its own location information, at least a portion of the available location-based service content to be delivered to the given one of the mobile user devices, and wherein the given one of the mobile user devices is configured to determine its own location information. identifying mobile user devices, associated with a wireless network, that are located within a common geographic area; and delivering location-based service information to the identified mobile user devices associated with the wireless network over a broadcast channel shared by said devices, characterized in that the location-based service information comprises content-identifying information identifying location-based service content that is available for delivery to the mobile user devices, such that a given one of the mobile user devices can autonomously select, using the content-identifying information and its own location information, at least a portion of the available location-based service content to be delivered to the given one of the mobile user devices, and wherein the given one of the mobile user devices is configured to determine its own location information.
A method for driving a screw or nut with a predetermined tightening torque by means of a screwdriving tool, which is coupled with an electric motor, which is controlled by a closed loop controller, wherein the method comprises the following method steps: - establishment of a torque-transmitting connection between screwdriving tool and screw or nut; - acceleration of the electric motor in screwing-in direction to a predetermined maximum rotational speed, - operation of the electric motor at maximum rotational speed until a drive shaft of the electric motor has completed a specified number of spindle revolutions, wherein the screw or nut is being driven freely into the respective mating thread during this method step or the mating thread is being cut by means of the screw; - reduction of the rotational speed of the electric motor to a predetermined reduced rotational speed; - operation of the electric motor at reduced rotational speed until a torque increase that exceeds a predetermined threshold value is detected, wherein the torque increase occurs when the screw or nut comes into contact with its shoulder on the structural part to be fastened; - subsequent turning of the screw or nut until the predetermined tightening torque is reached, characterized in that the torque increase is detected by a measuring unit connected downstream from the electric motor and that directly after the detection of the torque increase, the further activation of the electric motor by the closed loop controller is specified on the basis of a torque value, wherein the electric motor is braked to a predetermined minimum rotational speed after the detection of the torque increase and, in an initial period during the braking process, the torque sensed in the measuring unit is cross-faded by a target-trajectory torque based on a model calculation and, after the initial period, the torque detected by the measuring unit is used as the input variable for the closed loop controller. - establishment of a torque-transmitting connection between screwdriving tool and screw or nut; - acceleration of the electric motor in screwing-in direction to a predetermined maximum rotational speed, - operation of the electric motor at maximum rotational speed until a drive shaft of the electric motor has completed a specified number of spindle revolutions, wherein the screw or nut is being driven freely into the respective mating thread during this method step or the mating thread is being cut by means of the screw; - reduction of the rotational speed of the electric motor to a predetermined reduced rotational speed; - operation of the electric motor at reduced rotational speed until a torque increase that exceeds a predetermined threshold value is detected, wherein the torque increase occurs when the screw or nut comes into contact with its shoulder on the structural part to be fastened; - subsequent turning of the screw or nut until the predetermined tightening torque is reached,
A process for the preparation of a thyroid hormone derivative, comprising reacting a compound of formula I: with an iodinating agent comprising NaI and I 2, in the presence of an aliphatic amine, to obtain the disodium derivative of formula II:
A negative electrode active material comprising: a spherical carbon-based particle; and a carbon layer disposed on the spherical carbon-based particle and including a nano-particle, wherein the nano-particle comprises: a silicon core; an oxide layer disposed on the silicon core and including SiO x (0<x≤ 2); and a coating layer covering at least a portion of a surface of the oxide layer and including LiF. a silicon core; an oxide layer disposed on the silicon core and including SiO x (0<x≤ 2); and a coating layer covering at least a portion of a surface of the oxide layer and including LiF.
A lithium-ion electrochemical cell comprising: a positive electrode comprising a lithium metal oxide or a lithium metal phosphate; a negative electrode capable of intercalating lithium or alloying with lithium; and a liquid or gel electrolyte comprising an additive, wherein the additive includes a multifunctional anion that has the formula: X-SO 2 -R f '-SO 2 -Y, wherein X and Y are both O - or R f SO 2 N -, wherein R f is a straight or branched fluoroalkyl moiety having from 1 to 6 carbon atoms, and can, optionally, contain one or more in-chain heteroatoms selected from nitrogen, oxygen, or combinations thereof, wherein R f is a straight or branched chain or cyclic fluoroalkylene having from 1 to 10 carbon atoms and can, optionally, contain one or more in-chain oxygen atoms, and wherein both R f and R f ' have a maximum of 20% non-fluorine substituents; and wherein (i) if X and Y are O -, the multifunctional anion is present in the electrolyte in an amount of from 0.01 to 3 weight percent, based on the total weight of the electrolyte, and (ii) if X and Y are R f SO 2 N -, the multifunctional anion is present in the electrolyte in an amount of from 0.01 to 5 weight percent. a positive electrode comprising a lithium metal oxide or a lithium metal phosphate; a negative electrode capable of intercalating lithium or alloying with lithium; and a liquid or gel electrolyte comprising an additive, (i) if X and Y are O -, the multifunctional anion is present in the electrolyte in an amount of from 0.01 to 3 weight percent, based on the total weight of the electrolyte, and (ii) if X and Y are R f SO 2 N -, the multifunctional anion is present in the electrolyte in an amount of from 0.01 to 5 weight percent.
A computer-implemented method comprising: receiving, by a processor of an analyte monitoring system (104, 220), first analyte data generated by an in vivo analyte sensor (110, 211) at a sample time, wherein the in vivo analyte sensor is in contact with bodily fluid of a user; and determining, by the processor using the first analyte data, a first analyte level of the user at the sample time; determining, by the processor using second analyte data, a second analyte level of the user at the sample time, wherein the second analyte data includes historical analyte data preceding the sample time; comparing, by the processor, the first analyte level and the second analyte level resulting in a comparison value; determining, by the processor, the existence of a potential event if the comparison value exceeds a threshold value; characterized by: causing, by the processor, a request for confirmation of the potential event to be displayed to the user; and treating, by the processor, the first analyte data as more reliable if the potential event is confirmed by the user. receiving, by a processor of an analyte monitoring system (104, 220), first analyte data generated by an in vivo analyte sensor (110, 211) at a sample time, wherein the in vivo analyte sensor is in contact with bodily fluid of a user; and determining, by the processor using the first analyte data, a first analyte level of the user at the sample time; determining, by the processor using second analyte data, a second analyte level of the user at the sample time, wherein the second analyte data includes historical analyte data preceding the sample time; comparing, by the processor, the first analyte level and the second analyte level resulting in a comparison value; determining, by the processor, the existence of a potential event if the comparison value exceeds a threshold value; characterized by: causing, by the processor, a request for confirmation of the potential event to be displayed to the user; and treating, by the processor, the first analyte data as more reliable if the potential event is confirmed by the user. causing, by the processor, a request for confirmation of the potential event to be displayed to the user; and treating, by the processor, the first analyte data as more reliable if the potential event is confirmed by the user.
A tightening device for an orthosis, containing a plurality of separate tightening segments that can be independently tightened, each segment comprising a first lateral element at a first end, a second lateral element at an opposing second end, and a central element arranged therebetween, wherein the first and second lateral elements (11, 12) of a tightening segment are connected to each other via the central element of this tightening segment by way of a first tackle assembly, which extends between the central element and the first lateral element, and a second tackle assembly, which extends between the central element and the second lateral element.
A closure strap for closing packages having a bag-shaped or tubular form, in particular for closing sausage-shaped packages, like sausages, comprising a strap body including an elongated stripe portion having a first end and a second end, and an insertion portion having a first end, a second end, a first surface positioned at its first end and an insertion channel, wherein the second end of the insertion portion is connected with the first end of the stripe portion, and wherein the second end of the stripe portion forms an insertion end for being inserted into the insertion channel of the insertion portion in an insertion direction, and wherein the second or insertion end of the stripe portion and the insertion channel have a substantially round cross section corresponding to each other, characterized in that the insertion channel terminates in an exit opening which is arranged at the second end of the insertion portion and which is directed to the inner surface of the closure strap.
Packing body, which can be passed through by a gas flow and/or liquid flow, in particular for use for mass transfer and/or heat exchange columns, having an outer structure (4, 4a), wherein the outer structure (4, 4a) is formed by outer bars (4, 4a), an inner structure, a first retaining means for producing a connection between the packing body and a second packing body, and having a second retaining means for producing a connection between the packing body and a third packing body, wherein the respective retaining means can be inserted into the respective packing body (1b, 1c), characterized in that an outer contour (8, 9) having two main surfaces of extent which face away from one another and having at least three side surfaces adjacent to the main surfaces of extent is formed by the outer structure (4, 4a), wherein the first retaining means is formed in the region of a first side surface and the second retaining means is formed in the region of a second side surface.
Pharmaceutical composition for use in the treatment or prevention of vitamin and mineral deficiencies in patients which have been subjected to gastric bypass-surgery comprising: - vitamin B 12 or a source thereof; - vitamin B6 or a source thereof; - iron or a source thereof; - a pharmaceutically acceptable carrier; and wherein the patients in need thereof are administered by means of said composition per day 250 to 500 μg vitamin B12, 0.5 to 1.5 mg vitamin B6 and 50 to 150 mg iron. - vitamin B 12 or a source thereof; - vitamin B6 or a source thereof; - iron or a source thereof; - a pharmaceutically acceptable carrier; and
Separator for separating granular material, such as seed, fertilizer or pesticide, from a material-laden airflow (Fl), comprising: a separator zone having an inlet for a material-laden airflow, a material outlet and an air outlet (12, 12'); and at least two separator parts (15, 15'), which extend only substantially along a material flow in the separator zone and between which is formed a separator gap (12, 12'), which is sufficiently narrow to allow air, but not the granular material, to pass through it, wherein at the material outlet, the separator gap (12, 12') is at least partially open, viewed in a direction which is substantially parallel with the material flow, so that material which gets stuck in the separator gap (12, 12') is allowed to leave this by means of displacement principally along the material flow, characterized in that, the separator parts together define a geometric body, which extends between the inlet and the material outlet. a separator zone having an inlet for a material-laden airflow, a material outlet and an air outlet (12, 12'); and at least two separator parts (15, 15'), which extend only substantially along a material flow in the separator zone and between which is formed a separator gap (12, 12'), which is sufficiently narrow to allow air, but not the granular material, to pass through it, wherein at the material outlet, the separator gap (12, 12') is at least partially open, viewed in a direction which is substantially parallel with the material flow, so that material which gets stuck in the separator gap (12, 12') is allowed to leave this by means of displacement principally along the material flow, characterized in that, the separator parts together define a geometric body, which extends between the inlet and the material outlet.
Actuator for a flap for opening and closing an air passage included in an air-conditioning, ventilating and/or heating device, comprising a housing shaped to receive a motor as well as a gearing device, in which the housing includes at least one stop element for limiting the movement of a rotating shaft with respect to the casing of the motor, as well as a means of compensating for a space between the stop element and a free end of the rotating shaft, and in which it includes a means of suppressing the noise generated by the axial movement of the rotating shaft with respect to the casing of the motor, such a noise-suppressing means comprising at least one damping element placed between the stop element and the housing, characterized in that said means of compensating for a space between the stop element and a free end of the rotating shaft includes a deformable element placed on one of the faces of the stop element extending opposite a free end of the rotating shaft of the servomotor.