mhurhangee/patent-ind-claim-en huggingface dataset:
A compact, high aspect ratio auto-injector for delivering a medicament dose subcutaneously or intramuscularly, the auto-injector comprising: a housing (MC-200, MC-300); a medicament dispensing system (MDS) disposed within the housing and comprising a medicament reservoir (MDS-800) adapted to contain the dose; and a needle extension mechanism (NES) coupled to the medicament reservoir, the needle extension mechanism comprising a curved injection needle (NES-700) and a needle guide (MC-110) adapted to straighten the curved injection needle during deployment of the curved injection needle through the needle guide, such that the curved injection needle is non-self-straightening and is straightened by the needle guide, to facilitate dispensing of the dose by the auto-injector. a housing (MC-200, MC-300); a medicament dispensing system (MDS) disposed within the housing and comprising a medicament reservoir (MDS-800) adapted to contain the dose; and a needle extension mechanism (NES) coupled to the medicament reservoir, the needle extension mechanism comprising a curved injection needle (NES-700) and a needle guide (MC-110) adapted to straighten the curved injection needle during deployment of the curved injection needle through the needle guide, such that the curved injection needle is non-self-straightening and is straightened by the needle guide, to facilitate dispensing of the dose by the auto-injector.
A connecting element with a screw-in element and a contact element , wherein the screw-in element is pin-shaped and extends along a longitudinal axis (L), wherein the screw-in element comprises a thread on its first free end and comprises a drive profile and a reception (111, 114; 115) on its second free end , wherein the contact element is arranged in the reception (111, 114; 115) with its first free end and comprises a connecting pin on its second free end which extends beyond the screw-in element in the direction of the longitudinal axis (L), characterised in that the contact element comprises a spring which is arranged in the region of the first free end of the contact element .
A communications system, comprising: a user equipment , and a network element in a wireless communication system , and a gateway between the network element and the user equipment; wherein a first interface is provided between the gateway and the user equipment, and a second interface is provided between the gateway and the network element; the gateway is configured to obtain information that is directly provided by the network element through the second interface, characterized in that the gateway is further configured to perform anonymization processing on user information in the information that is directly provided by the network element; and the user equipment is configured to obtain anonymization-processed information from the gateway through the first interface. a user equipment , and a network element in a wireless communication system , and a gateway between the network element and the user equipment; wherein a first interface is provided between the gateway and the user equipment, and a second interface is provided between the gateway and the network element; the gateway is configured to obtain information that is directly provided by the network element through the second interface, characterized in that the gateway is further configured to perform anonymization processing on user information in the information that is directly provided by the network element; and the user equipment is configured to obtain anonymization-processed information from the gateway through the first interface.
A component for a fluidic circuit provided with at least one tubular portion extending around an axis (A) and with at least one annular identifying band , which is coupled to the tubular portion ; characterized in that the tubular portion is provided with an annular seat ; the identifying band being at least partially housed in said annular seat ; the annular seat and the identifying band being shaped so as to avoid axial movements of the identifying band and so as to permit rotary movements of the identifying band around the axis (A).
A loading tool for an implant, comprising a base , a first workpiece and a second workpiece ; wherein the base comprises a groove arranged along an axial direction of the base , the groove having an opening toward a first direction and configured for allowing an implant to be accommodated and placed therein; the first workpiece comprising a first inner cavity extending through the first workpiece , the first inner cavity having a first end hole that has an inner diameter smaller than a maximum inner diameter of the groove ; the first workpiece configured to detachably connect to the base , and the first end hole facing toward the first direction; the second workpiece comprising a second inner cavity extending through the second workpiece , the second inner cavity having a second end hole that has an inner diameter smaller than the inner diameter of the first end hole ; the second workpiece configured to detachably connect to the base or the first workpiece , and the second end hole facing toward the first direction; wherein the groove , the first end hole and the second end hole are coaxially arranged in sequence in the first direction after being assembled and connected together. wherein the base comprises a groove arranged along an axial direction of the base , the groove having an opening toward a first direction and configured for allowing an implant to be accommodated and placed therein; the first workpiece comprising a first inner cavity extending through the first workpiece , the first inner cavity having a first end hole that has an inner diameter smaller than a maximum inner diameter of the groove ; the first workpiece configured to detachably connect to the base , and the first end hole facing toward the first direction; the second workpiece comprising a second inner cavity extending through the second workpiece , the second inner cavity having a second end hole that has an inner diameter smaller than the inner diameter of the first end hole ; the second workpiece configured to detachably connect to the base or the first workpiece , and the second end hole facing toward the first direction; wherein the groove , the first end hole and the second end hole are coaxially arranged in sequence in the first direction after being assembled and connected together.
A process for producing a molding comprising at least one fiber (F), which comprises partially introducing at least one fiber (F) into a molding made of blowing agent-containing foam in said blowing agent-containing foam, as a result of which the fiber (F) is present with a fiber region (FB2) within the molding and is surrounded by the blowing agent-containing foam, while a fiber region (FB1) of the fiber (F) projects out of a first side of the molding and a fiber region (FB3) of the fiber (F) projects out of a second side of the molding, where the molding comprises more than 1000 fibers (F) per m 2 and where the blowing agent-containing foam of the molding at the time of partial introduction of at least one fiber (F) still comprises at least 5% by weight of the amount of at least one blowing agent, based on the amount of the at least one blowing agent which is used for production of the blowing agent-containing foam, where the at least one blowing agent in the blowing agent-containing foam has a boiling point at standard pressure of at least 20°C and/or is an organic blowing agent having a molecular weight of at least 30 g/mol.
Bone implant system having - a base body , having or consisting of a load-bearing material, and - a plurality of shaped bodies and/or a support structure , the base body being designed as a hollow body open on both sides in an axial direction A, and the shaped bodies being connectable to the base body in such a way that the shaped bodies protrude in the radial direction from the base body , and/or the support structure being connectable to the base body in such a way that the support structure is radially spaced from the base body , characterized in that the base body has predetermined breaking lines which extend along the longitudinal axis of the base body and which, after being broken, release slits extending along the longitudinal axis of the base body . - a base body , having or consisting of a load-bearing material, and - a plurality of shaped bodies and/or a support structure ,
A method of preparing a pharmaceutical composition, comprising: (a) freezing a solution comprising pemetrexed or a pharmaceutically acceptable salt thereof, an antioxidant, and an aqueous solvent to produce a frozen product; and (b) degassing the frozen product under reduced pressure to obtain a degassed and frozen product; wherein the degassed and frozen product comprises 95 to 100 parts by weight of the solvent per 100 parts by weight of the solvent contained in the solution of step (a), and wherein the steps of (a) and (b) are performed in a sealed chamber. (a) freezing a solution comprising pemetrexed or a pharmaceutically acceptable salt thereof, an antioxidant, and an aqueous solvent to produce a frozen product; and (b) degassing the frozen product under reduced pressure to obtain a degassed and frozen product; wherein the degassed and frozen product comprises 95 to 100 parts by weight of the solvent per 100 parts by weight of the solvent contained in the solution of step (a), and wherein the steps of (a) and (b) are performed in a sealed chamber.
A motor control device having a controller that estimates a torque output by the motor (MOT) in such a manner that a current command value obtained from a torque command value to the motor (MOT) corresponds to a current detection value regarding the current supplied to the motor (MOT) via a power inverter (INV) and controls a current supplied to a motor (MOT) in such a manner that a torque estimate obtained by the estimation corresponds to the torque command value, a voltage vector calculator that calculates a voltage command value based on the current command value, the current detection value, a speed estimate, and a setting value of a motor constant, and the controller includes a phase error estimation calculator that outputs a phase error estimate that is an estimate of a phase error as a deviation between an estimate of a rotational phase of the motor (MOT) and a rotational phase value of the motor (MOT) based on the voltage command values output by the voltage vector calculator , the speed estimate, the current detection values, and the setting value of the motor constant, characterized in that the controller estimates torque output by the motor (MOT) and controls the current supplied to the motor (MOT) in such a manner that a torque estimate of the motor (MOT) obtained by the estimation corresponds to the torque command value, and the controller further includes a torque estimation calculator that estimates the torque output by the motor (MOT) based on an active power supplied to the motor (MOT) or the power inverter (INV), a phase error command calculator that calculates a command value of the phase error from a deviation between the torque estimate obtained by the estimation by the torque estimation calculator and the torque command value, and a speed estimation calculator that outputs the speed estimate in such a manner that the phase error estimate output by the phase error estimation calculator corresponds to the command value of the phase error output by the phase error command calculator .
A limited slip differential , comprising: a first side gear ; a second side gear having an inward facing surface and an outward facing surface axially opposite the inward facing surface wherein said outward facing surface has a first set of axially extending teeth , said first and second side gears meshed with at least one spider pinion gear ; an axle engagement assembly comprising a differential case housing portion , a clutch pack , an engagement sleeve , a thrust plate and an actuating mechanism ; wherein said clutch pack has a first set of plates connected for axial and rotational movement with said differential case housing portion , a second set of plates connected for axial and rotational movement with said engagement sleeve , said engagement sleeve having a second set of axially extending teeth axially aligned with said first set of axially extending teeth , characterized in that said engagement sleeve has continuous engagement with one axle half shaft , wherein said thrust plate has a radially inward portion in contact with said clutch pack and a radially outward portion in contact with said actuating mechanism . a first side gear ; a second side gear having an inward facing surface and an outward facing surface axially opposite the inward facing surface wherein said outward facing surface has a first set of axially extending teeth , said first and second side gears meshed with at least one spider pinion gear ; an axle engagement assembly comprising a differential case housing portion , a clutch pack , an engagement sleeve , a thrust plate and an actuating mechanism ; wherein said clutch pack has a first set of plates connected for axial and rotational movement with said differential case housing portion , a second set of plates connected for axial and rotational movement with said engagement sleeve , said engagement sleeve having a second set of axially extending teeth axially aligned with said first set of axially extending teeth , characterized in that said engagement sleeve has continuous engagement with one axle half shaft , wherein said thrust plate has a radially inward portion in contact with said clutch pack and a radially outward portion in contact with said actuating mechanism .
A method characterized by comprising: defining a set of particular trickplay view rates; generating a single trickplay source file from a respective original media content, said single trickplay source file comprising only I-Frames of said original media content required for generation of said particular trickplay view rates; receiving viewer requests to view said original media content at corresponding ones of said particular trickplay view rates; and generating dynamically, as the original media content is being streamed and as a result of receiving said viewer requests, trickplay view files from said single trickplay source file, for rendering the requested particular trickplay view rates, said trickplay view files representing I-Frames of said single trickplay source file needed to render said original media content at the corresponding ones of said requested particular trickplay view rates; the method further comprising: generating a single tag file for multiple trickplay view rates, the tag file comprising, for each one of said particular trickplay view rates, a tag list that references I-frames in said single trickplay source file needed to render said original media content at said each one of said particular trickplay view rates. defining a set of particular trickplay view rates; generating a single trickplay source file from a respective original media content, said single trickplay source file comprising only I-Frames of said original media content required for generation of said particular trickplay view rates; receiving viewer requests to view said original media content at corresponding ones of said particular trickplay view rates; and generating dynamically, as the original media content is being streamed and as a result of receiving said viewer requests, trickplay view files from said single trickplay source file, for rendering the requested particular trickplay view rates, said trickplay view files representing I-Frames of said single trickplay source file needed to render said original media content at the corresponding ones of said requested particular trickplay view rates;
A hollow core concrete slab including hollow channels which extend parallel to its longitudinal centre line and a staggered end portion, comprising a connecting portion at an end of the concrete slab for connecting the concrete slab to a building structure in the form of a wall , wherein the connecting portion comprises a slab contact surface for contacting a wall contact surface of a wall and a hooked reinforcing element having a fixed portion that is embedded in the concrete of the concrete slab and a hook portion where the concrete slab is provided with a recess which opens to the outside of the concrete slab , wherein the hook portion is also embedded in the concrete of the concrete slab , wherein the recess is at least partly surrounded by the hook portion , wherein the recess is a through-hole, through which a reinforcing element of the wall is passing and which is filled with grout after installing the concrete slab on the wall , wherein the hooked reinforcing element comprises a U-shaped reinforcing bar.
An optoelectronic sensor for measuring the distance of an object in a monitored zone , comprising a light transmitter for transmitting individual light pulses into the monitored zone , a light receiver having at least one avalanche photodiode operated in Geiger mode for receiving the individual light pulses reflected or remitted by the object, an individual time of flight measurement unit for determining an individual time of flight of an individual light pulse as a duration between a transmission point in time of the respective individual light pulse and its reception point in time at the avalanche photodiode, and an evaluation unit that is configured to determine a common measured value for the distance from a plurality of individual times of flight and to that end to estimate how many individual times of flight are to be expected in a time interval on the basis of background events, with an exponentially decaying frequency of background events being assumed, and to determine the common measured value from a time interval in which there are significantly more individual times of flight than expected, characterized in that the evaluation unit is further configured to determine parameters for describing the exponentially decaying frequency of background events for a plurality of time intervals, to determine a quantile of these parameters and to base the further estimation of the frequency of background events on the parameter corresponding to this quantile.
A continuous inkjet (CIJ) printer, comprising: - a cabinet , - at least two heat generating components located within said cabinet, each of said heat generating components generating heat when the printer is in operation, - an air circulation system to circulate an air flow within the cabinet to evacuate heat from the heat generating components, said air circulation system comprising at least one air inlet for introducing ambient air into the cabinet, an air outlet for evacuating air outside of the cabinet, an air flow path extending between the air inlet and the air outlet and an air circulation device , characterized in that the flow path is separated in at least two distinct flow paths , wherein at least a first air flow path accommodates a first heat generating component and a second air flow path accommodates a second heat generating component , wherein the air enters said first air flow path, respectively second air flow path, upstream of the heat generating component of the second air flow path, respectively of said first air flow path, so that the air of the first, respectively second, air flow path has not circulated along the heat generating component of the second, respectively the first, air flow path. - a cabinet , - at least two heat generating components located within said cabinet, each of said heat generating components generating heat when the printer is in operation, - an air circulation system to circulate an air flow within the cabinet to evacuate heat from the heat generating components, said air circulation system comprising at least one air inlet for introducing ambient air into the cabinet, an air outlet for evacuating air outside of the cabinet, an air flow path extending between the air inlet and the air outlet and an air circulation device , characterized in that the flow path is separated in at least two distinct flow paths , wherein at least a first air flow path accommodates a first heat generating component and a second air flow path accommodates a second heat generating component , wherein the air enters said first air flow path, respectively second air flow path, upstream of the heat generating component of the second air flow path, respectively of said first air flow path, so that the air of the first, respectively second, air flow path has not circulated along the heat generating component of the second, respectively the first, air flow path. characterized in that the flow path is separated in at least two distinct flow paths , wherein at least a first air flow path accommodates a first heat generating component and a second air flow path accommodates a second heat generating component , wherein the air enters said first air flow path, respectively second air flow path, upstream of the heat generating component of the second air flow path, respectively of said first air flow path, so that the air of the first, respectively second, air flow path has not circulated along the heat generating component of the second, respectively the first, air flow path.
An engine cover , comprising: a plate member installed above an engine (E), wherein the plate member is provided with a reinforcement structure (S) for increasing the torsional rigidity of the plate member, and the reinforcement structure (S) has an uneven portion that is at least any one of a recessed portion and a protruding portion that extend linearly, characterized in that the at least one of the recessed portion and the protruding portion are formed in a surface of the plate member by changing a shape of the surface of the plate member, at a predetermined location in a peripheral edge portion of the plate member , there is provided an upward peripheral edge portion having a shape in which the peripheral edge portion is bent upward, and the upward peripheral edge portion is configured in a shape that contacts another constituent member that is adjacent. a plate member installed above an engine (E), wherein the plate member is provided with a reinforcement structure (S) for increasing the torsional rigidity of the plate member, and the reinforcement structure (S) has an uneven portion that is at least any one of a recessed portion and a protruding portion that extend linearly, characterized in that the at least one of the recessed portion and the protruding portion are formed in a surface of the plate member by changing a shape of the surface of the plate member, at a predetermined location in a peripheral edge portion of the plate member , there is provided an upward peripheral edge portion having a shape in which the peripheral edge portion is bent upward, and the upward peripheral edge portion is configured in a shape that contacts another constituent member that is adjacent.