mhurhangee/ep-ind-claims huggingface dataset:
A meat press for a meat or meat-based product, the meat press comprising a pressing station (X, Y, Z; X1, Y1, Z1) with at least one mould (S, S1) configured to penetrate into a form, said form (F, F1) being intended to contain the product to be pressed, wherein the pressing station (X, Y, Z; X1, Y1, Z1) is further configured to impart a massage to the product through an oscillating movement and/or a vibrating movement, wherein the meat press comprises a conveyor belt which is provided with a series of said forms (F, F1), the conveyor belt being adapted to convey a form (F, F1) of the series to an underlying position relative to said at least one mould (S, S1), so that said at least one mould (S, S1) can penetrate into the underlying form (F, F1) to shape the product contained in the underlying form (F, F1), wherein one among the mould (S, S1) and the underlying form (F, F1) is operated by pressing members (3p, 4p) towards the other among the mould (S, S1) and the underlying form (F, F1), said one among the mould (S, S1) and the underlying form (F, F1) being supported so as to be able to perform, during a step of gradual compression of the product and/or during a step of maintaining compression and/or during a step of decompression of the product, an oscillating massage movement, along one axis or along different axes, wherein the oscillating massage movement is imparted by said pressing members (3p, 4p) which operate said one among the mould (S, S1) and the underlying form (F, F1) for compression of the product contained in the form (F, F1), or the oscillating massage movement is imparted by specific operating members (4b, 3b) which operate on said one among the mould (S, S1) and the underlying form (F, F1), and wherein said other among the mould (S, S1) and the underlying form (F, F1), which is not operated by said pressing members (3p, 4p), is fixedly supported.
System for diagnosis of a component of a motor vehicle, wherein the system comprises: - a server which is configured to provide at least one test sequence for diagnosis of the component and at least one execution parameter allocated to the test sequence, and - a diagnostic device which is configured to receive the test sequence and the execution parameter, wherein the server and the diagnostic device are configured such that the test sequence is transmitted by the server to the diagnostic device and pre-implemented there, the transmission of the execution parameter from the server to the diagnostic device is carried out separately and following the test sequence, and a script execution unit of the diagnostic device executes the test sequence corresponding to the execution parameter received. - a server which is configured to provide at least one test sequence for diagnosis of the component and at least one execution parameter allocated to the test sequence, and - a diagnostic device which is configured to receive the test sequence and the execution parameter,
Network participant of a building installation network, comprising a communication module, wherein the network participant is a sensor or an actuator, wherein the communication module comprises a communication interface and a processor unit with a processor and with a main memory designed as a volatile memory, characterized by the fact that an external, non-volatile memory module with a much higher memory volume compared to that of the main memory is connected to the processor unit, to which memory module the processor unit has access, that the number of log entries in the main memory is limited, and that the communication module has an emergency power store supplying the processor unit and the external memory module with power, whose loading capacity is sufficient for memory operation of the processor unit and the external memory module for storing entries from the volatile main memory into the external memory module.
An information processing device comprising a file generation unit that generates a file that stores information on a whole of an enhancement layer of encoded data produced by layer encoding of image data, information on each of partial areas of an image of the enhancement layer, information on a whole of a base layer of the encoded data, and information on each of partial areas of an image of the base layer of the encoded data, such that each of the information is stored in corresponding one of tracks different from each other; wherein the file generation unit stores, in the track storing the information on the whole of the base layer, encoding information indicating an encoding system of the base layer, the file generation unit stores, in each of the tracks storing the information on the partial areas of the base layer, encoding information indicating that the corresponding track stores only the information on the corresponding partial area of the base layer, the file generation unit stores, in the track storing the information on the whole of the enhancement layer, encoding information indicating an encoding system of the enhancement layer, and the file generation unit stores, in each of the tracks storing the information on the partial areas of the enhancement layer, encoding information indicating that the corresponding track stores only the information on the corresponding partial area of the enhancement layer.
A computer program product comprising one or more computer-readable storage media having thereon computer-executable instructions that are structured such that, when interpreted by one or more processors of a computing system, cause the computing system to perform a method, the method comprising: an act of constructing, for each of a plurality of target components, an input filter corresponding to one corresponding target component, for each target component, an act of accessing code that contains information caused to be inserted by a code authoring entity, which information is structured in the code to be interpreted by a computing system to identify the target component of the code and input validation information to be applied to input of the target component; wherein the act of constructing the input filter comprises an act of using the information to construct the input filter corresponding to the corresponding target component and structured to be interpretable by a potential runtime environment as identifying the corresponding target component and the input validation information, wherein for each target component, the corresponding input filter defines one or more valid inputs; and an act of using the one or more valid inputs to determine whether an input within a request is provided to the target component. an act of constructing, for each of a plurality of target components, an input filter corresponding to one corresponding target component, for each target component, an act of accessing code that contains information caused to be inserted by a code authoring entity, which information is structured in the code to be interpreted by a computing system to identify the target component of the code and input validation information to be applied to input of the target component; wherein the act of constructing the input filter comprises an act of using the information to construct the input filter corresponding to the corresponding target component and structured to be interpretable by a potential runtime environment as identifying the corresponding target component and the input validation information, wherein for each target component, the corresponding input filter defines one or more valid inputs; and an act of using the one or more valid inputs to determine whether an input within a request is provided to the target component.
An oxygen sensor, comprising: a gateless field effect transistor including a synthetic, quasi-intrinsic, hydrogen-passivated diamond layer exhibiting a 2-dimension hole gas effect; and an oxygen-sensing layer including a yttrium-stabilized zirconia supported by the gateless field effect transistor. a gateless field effect transistor including a synthetic, quasi-intrinsic, hydrogen-passivated diamond layer exhibiting a 2-dimension hole gas effect; and an oxygen-sensing layer including a yttrium-stabilized zirconia supported by the gateless field effect transistor.
A disposable blade configured for use with a non-disposable housing of a surgical cutting instrument comprising: an outer member; an inner member; a distal cutting end; an intermediate portion operatively coupled to the distal cutting end; and a proximal non-cutting end operatively coupled to the intermediate portion, wherein the intermediate portion is configured to extend through the non-disposable housing of the surgical cutting instrument, and wherein the proximal non-cutting end is configured to extend to a posterior end of a suction portion of the housing, wherein the inner member is configured to extend from the distal cutting end, through the housing, and into the suction portion to the proximal non-cutting end and to the posterior end of the suction portion, and wherein the blade is configured to: cut biological material; pass the cut biological material from the distal cutting end, through the intermediate portion, to the proximal non-cutting end in the suction portion, and to a suction source via aspiration; and prevent the cut biological material from coming into contact with the housing. an outer member; an inner member; a distal cutting end; an intermediate portion operatively coupled to the distal cutting end; and a proximal non-cutting end operatively coupled to the intermediate portion, wherein the intermediate portion is configured to extend through the non-disposable housing of the surgical cutting instrument, and wherein the proximal non-cutting end is configured to extend to a posterior end of a suction portion of the housing, wherein the inner member is configured to extend from the distal cutting end, through the housing, and into the suction portion to the proximal non-cutting end and to the posterior end of the suction portion, and wherein the blade is configured to: cut biological material; pass the cut biological material from the distal cutting end, through the intermediate portion, to the proximal non-cutting end in the suction portion, and to a suction source via aspiration; and prevent the cut biological material from coming into contact with the housing.
A bone anchor system (10, 60, 200) comprising: a fastener (20, 74, 214) comprising: a threaded shaft (23, 78, 218) at a distal end of the fastener (20, 74, 214), the threaded shaft (23, 78, 218) having a shaft diameter, the threaded shaft (23, 78, 218) providing a first anchoring footprint of a first size, and a head (21, 80, 216) at an end of the threaded shaft (23, 78, 218); and a component (90, 100, 110, 250) operable to receive the fastener (74, 218), the component (90, 100, 110, 250) comprising: a body portion (92, 252) having an outer diameter larger than the shaft diameter, a bore (96, 258) extending through the body portion (92, 252), the bore (96, 258) sized to receive the threaded shaft (78, 218), and a bone engaging feature (94, 254), wherein the bone engaging feature (94, 254) and the body portion (92, 252) are configured to provide a second anchoring footprint that is greater in size than the first anchoring footprint; and a channel (43, 84) positioned at a proximal end of the bone anchor system (10, 60, 200) and operable to receive an elongate member. a fastener (20, 74, 214) comprising: a threaded shaft (23, 78, 218) at a distal end of the fastener (20, 74, 214), the threaded shaft (23, 78, 218) having a shaft diameter, the threaded shaft (23, 78, 218) providing a first anchoring footprint of a first size, and a head (21, 80, 216) at an end of the threaded shaft (23, 78, 218); and a threaded shaft (23, 78, 218) at a distal end of the fastener (20, 74, 214), the threaded shaft (23, 78, 218) having a shaft diameter, the threaded shaft (23, 78, 218) providing a first anchoring footprint of a first size, and a head (21, 80, 216) at an end of the threaded shaft (23, 78, 218); and a component (90, 100, 110, 250) operable to receive the fastener (74, 218), the component (90, 100, 110, 250) comprising: a body portion (92, 252) having an outer diameter larger than the shaft diameter, a bore (96, 258) extending through the body portion (92, 252), the bore (96, 258) sized to receive the threaded shaft (78, 218), and a bone engaging feature (94, 254), wherein the bone engaging feature (94, 254) and the body portion (92, 252) are configured to provide a second anchoring footprint that is greater in size than the first anchoring footprint; and a channel (43, 84) positioned at a proximal end of the bone anchor system (10, 60, 200) and operable to receive an elongate member. a body portion (92, 252) having an outer diameter larger than the shaft diameter, a bore (96, 258) extending through the body portion (92, 252), the bore (96, 258) sized to receive the threaded shaft (78, 218), and a bone engaging feature (94, 254), wherein the bone engaging feature (94, 254) and the body portion (92, 252) are configured to provide a second anchoring footprint that is greater in size than the first anchoring footprint; and a channel (43, 84) positioned at a proximal end of the bone anchor system (10, 60, 200) and operable to receive an elongate member.
An isolated polynucleotide encoding a protein having human interferon-like biological activities, wherein said polynucleotide is selected from the group consisting of polynucleotides each comprising a nucleotide sequence at least 95% identical to SEQ ID NO: 1.
A device for breaking up solid material, comprising: - a carriage support that is connected or connectable to an implement or to the tool carrier of the implement, - a drilling device having a drill that extends along a drill axis, wherein for producing a borehole, the drill is displaced or displaceable on a carriage along the drill axis via a drill drive from a retracted position to a drilling position, and wherein a clearance is formed by displacing the drill along the drill axis to its retracted position, and - a splitting device having a splitting extension that extends along a splitting axis, wherein for splitting the solid material, the splitting extension is introduced or introducible into the borehole along the splitting axis, wherein a movement device for moving the splitting device into a splitting position is provided, characterized in that in the splitting position, the splitting device is arranged in the clearance, which is formed by retracting the drill along the drill axis, between the retracted drill and the borehole. - a carriage support that is connected or connectable to an implement or to the tool carrier of the implement, - a drilling device having a drill that extends along a drill axis, wherein for producing a borehole, the drill is displaced or displaceable on a carriage along the drill axis via a drill drive from a retracted position to a drilling position, and wherein a clearance is formed by displacing the drill along the drill axis to its retracted position, and - a splitting device having a splitting extension that extends along a splitting axis, wherein for splitting the solid material, the splitting extension is introduced or introducible into the borehole along the splitting axis, wherein a movement device for moving the splitting device into a splitting position is provided, characterized in that in the splitting position, the splitting device is arranged in the clearance, which is formed by retracting the drill along the drill axis, between the retracted drill and the borehole.
An aluminum alloy consisting in: aluminum; scandium comprising at most 0.1 at.% of said aluminum alloy; zirconium comprising at most 0.1 at.% of said aluminum alloy; erbium comprising at most 0.05 at.% of said aluminum alloy; and optionally silicon comprising 0 to 0.1 at.% of said aluminum alloy; wherein said aluminum alloy has a nanostructure with spheroidal precipitates that consist of a core enriched in both erbium and scandium surrounded by a zirconium enriched shell. aluminum; scandium comprising at most 0.1 at.% of said aluminum alloy; zirconium comprising at most 0.1 at.% of said aluminum alloy; erbium comprising at most 0.05 at.% of said aluminum alloy; and optionally silicon comprising 0 to 0.1 at.% of said aluminum alloy;
A gas turbine engine comprising: a fan section including a plurality of fan blades; a compressor section in fluid communication with the fan section; a turbine section driving the fan section or the compressor section through a rotatable shaft; and a bearing assembly supporting the shaft, comprising: a bearing situated in a bearing compartment; a seal assembly extending from a seal support; and a deflector rotatable with the shaft, characterised in that: the seal support defines a trough extending from a floor, with an opening of the trough situated between the floor and the shaft; the deflector extends toward the trough; and the trough is bounded by a coalescer that extends about the deflector. a fan section including a plurality of fan blades; a compressor section in fluid communication with the fan section; a turbine section driving the fan section or the compressor section through a rotatable shaft; and a bearing assembly supporting the shaft, comprising: a bearing situated in a bearing compartment; a seal assembly extending from a seal support; and a deflector rotatable with the shaft, characterised in that: the seal support defines a trough extending from a floor, with an opening of the trough situated between the floor and the shaft; the deflector extends toward the trough; and the trough is bounded by a coalescer that extends about the deflector. a bearing situated in a bearing compartment; a seal assembly extending from a seal support; and a deflector rotatable with the shaft, characterised in that: the seal support defines a trough extending from a floor, with an opening of the trough situated between the floor and the shaft; the deflector extends toward the trough; and the trough is bounded by a coalescer that extends about the deflector. the seal support defines a trough extending from a floor, with an opening of the trough situated between the floor and the shaft; the deflector extends toward the trough; and the trough is bounded by a coalescer that extends about the deflector.
A pharmaceutical composition for use in a method of treatment of symptoms of anticholinesterase toxicity caused by exposure to organophosphates and/or carbamates, wherein the pharmaceutical composition is administered to a subject exposed to, or at risk of exposure to, said organophosphate and/or carbamate, and wherein the pharmaceutical composition consists essentially of: an isolated cannabinoid receptor modulator that is a tetrahydrocannabinol and cannabidiol mixture; and a blend of the terpenes limonene, pinene, myrcene, linalool, beta caryophylene, terpineol, and terpinolene, with a weight ratio in the range of about 1-10: about 1-10: about 1-6: about 1-6: 0.25-3: 0-10: 0-10, respectively, in a pharmaceutically acceptable carrier. an isolated cannabinoid receptor modulator that is a tetrahydrocannabinol and cannabidiol mixture; and a blend of the terpenes limonene, pinene, myrcene, linalool, beta caryophylene, terpineol, and terpinolene, with a weight ratio in the range of about 1-10: about 1-10: about 1-6: about 1-6: 0.25-3: 0-10: 0-10, respectively, in a pharmaceutically acceptable carrier.
A method comprising: determining, via a processor, a commanded fluid flow rate into or out of a drum (56, 58, and/or 60) of an industrial system, wherein the commanded fluid flow rate comprises a rate of fluid entering the drum (56, 58, and/or 60) of the industrial system, exiting the drum (56, 58, and/or 60) of the industrial system, or a combination thereof; determining, via the processor, a measured flow rate of the fluid; determining, via the processor, a variable multiplier based at least in part on the commanded fluid flow rate and the measured flow rate; and deriving, via the processor, a multiplied flow rate command for the industrial system by applying the variable multiplier to the commanded fluid flow rate. determining, via a processor, a commanded fluid flow rate into or out of a drum (56, 58, and/or 60) of an industrial system, wherein the commanded fluid flow rate comprises a rate of fluid entering the drum (56, 58, and/or 60) of the industrial system, exiting the drum (56, 58, and/or 60) of the industrial system, or a combination thereof; determining, via the processor, a measured flow rate of the fluid; determining, via the processor, a variable multiplier based at least in part on the commanded fluid flow rate and the measured flow rate; and deriving, via the processor, a multiplied flow rate command for the industrial system by applying the variable multiplier to the commanded fluid flow rate.
A support frame for a sliding door comprising upper and lower support frame members (5,10), and a side panel (8a,8b) attachable so as to extend between said upper and lower support frame members (5,10) characterised in that the side panel (8a,8b) comprises two panel portions (35,36) that slide relative to each other and overlap such that the distance between the upper and lower support frame members (5,10) is able to be altered during installation of the support frame.
A method performed in a node for connecting at least two Lawful Interception, LI, sites to the same Physical Networks Function, PNF, comprising a Point Of Interception, POI, or Virtual Networks Function, VNF, comprising a virtualised Point Of Interception, vPOI, controlled by a Triggering Control Function, TCF,, for lawful interception of the data communication sessions of targets defined by warrants comprising information identifying the targets, wherein said node is adapted to configure the POIs/vPOIs/TCFs according to LI sites requests and policy requirements for each LI site, the node comprises a multi LI Site Database, mLSDB, enabling the POI or vPOI/TCF to serve more than one LI site at the same time by: - handling warrants received from LI sites for distribution to POIs/vPOIs/TCFs; - distributing received IRD and/or CC from the POIs/vPOIs to one or more LI site by means of the database storing information regarding targets, the used POI or vPOI/TCF and which of the LI sites that sent the warrant/-s with the identified target. - handling warrants received from LI sites for distribution to POIs/vPOIs/TCFs; - distributing received IRD and/or CC from the POIs/vPOIs to one or more LI site by means of the database storing information regarding targets, the used POI or vPOI/TCF and which of the LI sites that sent the warrant/-s with the identified target.
Multiple diaphragm pump with at least two diaphragm chambers (2, 6) which are each divided by at least two diaphragms (5, 9) into a propellant chamber (4, 8) and a media chamber (3, 7), wherein a diaphragm piston mechanically couples the diaphragms (5, 9), is guided into a switch housing, and, in the switch housing, interacts, with interposition of a magnet assembly, with a valve piston for controlling an inflow and outflow of propellants into the propellant chambers (4, 8), characterized in that the diaphragm piston interacts mechanically with the valve piston for actuating a valve in such a way that at least one magnet assembly arranged on the valve piston is moved in order to displace the valve piston from a rest position in the plane of at least one magnet assembly arranged on the diaphragm piston - preferably in parallel or coaxially - wherein the valve piston is guided parallel to the diaphragm piston, and preferably coaxially thereto, and one of the two pistons (10, 17) forms a headpiece which is received in a cage formed by the other of the two pistons (10, 17), wherein the headpiece and the cage form front and rear stop surfaces in the pushing direction and in the pulling direction, wherein a clearance exists between the headpiece stop surfaces and the cage stop surfaces.