mhurhangee/patent-ind-claim-en huggingface dataset:
A hanger clamp for holding a conductive profile of a rigid overhead catenary system belonging to a railtrack , the hanger clamp comprising: - a clamping portion , preferentially made of an aluminum alloy, configured to receive a base plate of the conductive profile , the clamping portion extending along a median plane (P122) and along a longitudinal axis (A120), which is parallel to the median plane, - a connecting portion , configured to connect said base plate to a fixed element of the railtrack , such as a beam or a tunnel ceiling , wherein the clamping portion comprises two jaws , each jaw having a U profile extending along the longitudinal axis (A120) and facing each other, each jaw defining a reception volume (V222) configured to receive a respective edge of the base plate , wherein the hanger clamp further comprises two inserts , each insert being received within a respective reception volume (V222) and being configured to be positioned between the corresponding jaw and the base plate while allowing sliding movements of the conductive profile relative to the hanger clamp along the longitudinal axis, each insert being also configured to conduct electricity between the base plate and the clamping portion , characterized in that the inserts are made from a material comprising a synthetic polymer and a conductive charge. - a clamping portion , preferentially made of an aluminum alloy, configured to receive a base plate of the conductive profile , the clamping portion extending along a median plane (P122) and along a longitudinal axis (A120), which is parallel to the median plane, - a connecting portion , configured to connect said base plate to a fixed element of the railtrack , such as a beam or a tunnel ceiling , wherein the clamping portion comprises two jaws , each jaw having a U profile extending along the longitudinal axis (A120) and facing each other, each jaw defining a reception volume (V222) configured to receive a respective edge of the base plate , wherein the hanger clamp further comprises two inserts , each insert being received within a respective reception volume (V222) and being configured to be positioned between the corresponding jaw and the base plate while allowing sliding movements of the conductive profile relative to the hanger clamp along the longitudinal axis, each insert being also configured to conduct electricity between the base plate and the clamping portion , characterized in that the inserts are made from a material comprising a synthetic polymer and a conductive charge.
Cooking machine of the type comprising an outer casing , within which there is housed a container for foodstuffs to be cooked and a source of hot air transportable in the direction of said foodstuffs, such casing being closed at its upper part by a lid , associated with such lid there are provided means for the generation of a hot airflow in the direction of the foodstuffs arranged in the container comprising at least an upper heating element , at least a fan actuated by a motor adapted to generate an airflow heated by said heating element, and a duct for conveying air, adapted to direct the hot airflow downwards in a direction substantially perpendicular to the plane on which the foodstuffs are arranged in the container , a duct for distributing the cooling air which surrounds such motor adapted to collect cold air from outside through holes obtained on such lid and to direct it downwards around such motor and to distribute it radially and to eject it towards an edge through air intakes provided laterally on the lid , characterised in that such distribution duct has a variable diameter and in particular it has an upper frustoconical portion whose opening faces a central dome in the area having such holes , beneath such frustoconical portion the duct has a substantially cylindrical-shaped central portion , the diameter of such portion being selected so as to create a suitable space between it and the body of the motor for the descending air flow, the duct further comprising a lower portion which has a flaring directed upwards so as to facilitate the upward radial ejection of the cooling airflow.
Polyamide polymer composition comprising a) a transparent polyamide PA and b) a multistage polymer in form of core shell particles characterized that the composition fulfils the following formula k − l ≤ t wherein k represents the ratio in mol% of aromatic groups in the polyamide PA, l represents the ratio in mol% of aromatic monomers in the multistage polymer and the parameter t is at most 5 and characterized that the polyamide is amorphous or microcrystalline and the polyamide is transparent by having light transmission of a sheet of 2 mm thickness that is least 80% measured at 560 nm (ISO 13468-1/1996). a) a transparent polyamide PA and b) a multistage polymer in form of core shell particles
Frame door profile formed of an extruded hollow chamber profile , wherein it has three walls (4; 5; 6) arranged at an angle to one another, an outwardly directed outer wall , an opposite inner wall and a rearwardly directed rear wall connecting the two walls (4; 5), wherein the walls (4; 5; 6) are smooth and flat, and wherein it has a forwardly directed front wall , which is located opposite the rear wall and from which an outwardly open, U-shaped engagement profile with outer and inner side portions and with a connecting web extends forward into a room, wherein the engagement profile has a depth and a width dimension that is large enough at least for the engagement of one or more fingertips of a person, and wherein it has an inwardly directed open retaining profile , which likewise extends forward into a room, characterized in that it consists of an extruded hollow chamber profile comprising a cuboid-shaped main body with four walls arranged at an angle to one another, the outer wall , the inner wall , the rear wall and the front wall , from which a forwardly directed connecting web extends, said connecting web having a T-shaped front web integrally moulded onto an end thereof, at an angle thereto, which front web together with the connecting web and wall portions of the front wall forms a U-shaped, inwardly directed retaining profile for a filling and an outwardly directed engagement profile , and in that the front web forms a side web of the U-shaped retaining profile and a side web of the U-shaped engagement profile as well as a front visible surface of the frame door profile , and in that the front web and the front visible surface is formed at an angle to the forwardly directed front wall of the frame door profile and comprises an engagement opening of the engagement profile that is wider than an insertion width of the retaining profile .
A preparation method of an organic zinc catalyst, the method comprising the steps of: surface-treating a zinc precursor with one or more dispersants selected from the group consisting of an anionic surfactant, a cationic surfactant, and an amphiphilic surfactant wherein the dispersant is a phosphate-based dispersant having a phosphoric acid group ; and reacting the surface-treated zinc precursor with dicarboxylic acid having 3 to 20 carbon atoms to form a zinc dicarboxylate-based catalyst. surface-treating a zinc precursor with one or more dispersants selected from the group consisting of an anionic surfactant, a cationic surfactant, and an amphiphilic surfactant wherein the dispersant is a phosphate-based dispersant having a phosphoric acid group ; and reacting the surface-treated zinc precursor with dicarboxylic acid having 3 to 20 carbon atoms to form a zinc dicarboxylate-based catalyst.
A method of transmitting (S1606) code block group, CBG,-based Hybrid ARQ Acknowledgement, HARQ-ACK, information by a device in a wireless communication system, the method comprising: receiving (S1602), through a radio resource control, RRC, signaling, configuration information including a CBG number per a single transport block, TB; receiving (S1604) a first TB including a plurality of CBGs through a physical downlink shared channel, PDSCH; and transmitting (S1606) an HARQ-ACK response including a plurality of HARQ-ACK bits for the plurality of CBGs of the first TB, characterized in that wherein, for M < K, where M denotes the CBG number configured through the configuration information, and K denotes a total number of code blocks, CBs, in the first TB: the plurality of CBGs in the first TB comprise 'mod [K, M ]' CBGs each having a first number of CBs, and 'M - mod [K, M ]' CBGs each having a second number of CBs, and the first number satisfies 'ceiling K M ', and the second number satisfies 'floor K M '. receiving (S1602), through a radio resource control, RRC, signaling, configuration information including a CBG number per a single transport block, TB; receiving (S1604) a first TB including a plurality of CBGs through a physical downlink shared channel, PDSCH; and transmitting (S1606) an HARQ-ACK response including a plurality of HARQ-ACK bits for the plurality of CBGs of the first TB, characterized in that wherein, for M < K, where M denotes the CBG number configured through the configuration information, and K denotes a total number of code blocks, CBs, in the first TB: the plurality of CBGs in the first TB comprise 'mod [K, M ]' CBGs each having a first number of CBs, and 'M - mod [K, M ]' CBGs each having a second number of CBs, and the first number satisfies 'ceiling K M ', and the second number satisfies 'floor K M '. the plurality of CBGs in the first TB comprise 'mod [K, M ]' CBGs each having a first number of CBs, and 'M - mod [K, M ]' CBGs each having a second number of CBs, and the first number satisfies 'ceiling K M ', and the second number satisfies 'floor K M '.
Use of a porous polymer etched ion-track membrane as a separator in a lithium-sulfur battery comprising at least one positive electrode, at least one negative electrode and at least one liquid electrolyte comprising at least one salt of a cationic ion selected in the group consisting of lithium, sodium, potassium and calcium in solution in at least one solvent, wherein: - said polymer is selected from the group comprising polyethyleneterephtalate (PET), polycarbonate (PC), polyethylene (PE), polypropylene (PP), polyimide (PI) polytetrafluoroethylene (PTFE), and polyvinilidene fluorure (PVdF), - said membrane has a frontside, a backside, and a thickness, - the frontside of said membrane is designed to face the positive electrode, - the backside of said membrane is designed to face the negative electrode, - the thickness of said membrane between said frontside and said backside is ranging from about 5 to 60 μm, - said membrane comprises a plurality of nanochannels, - the majority in number of said nanochannels is continuous and has an opening tip at the frontside and an opening tip at the backside of said membrane, - the opening tip diameter of each of said nanochannels at the frontside of said membrane (D FS ) ranges from about 10 to 200 nm, - the opening tip diameter distribution of the nanochannels at the front side and at the back side is narrow, wherein narrow means that all nanochannels of the membrane have approximately the same opening tip diameter ± 0-10%. - said polymer is selected from the group comprising polyethyleneterephtalate (PET), polycarbonate (PC), polyethylene (PE), polypropylene (PP), polyimide (PI) polytetrafluoroethylene (PTFE), and polyvinilidene fluorure (PVdF), - said membrane has a frontside, a backside, and a thickness, - the frontside of said membrane is designed to face the positive electrode, - the backside of said membrane is designed to face the negative electrode, - the thickness of said membrane between said frontside and said backside is ranging from about 5 to 60 μm, - said membrane comprises a plurality of nanochannels, - the majority in number of said nanochannels is continuous and has an opening tip at the frontside and an opening tip at the backside of said membrane, - the opening tip diameter of each of said nanochannels at the frontside of said membrane (D FS ) ranges from about 10 to 200 nm, - the opening tip diameter distribution of the nanochannels at the front side and at the back side is narrow, wherein narrow means that all nanochannels of the membrane have approximately the same opening tip diameter ± 0-10%.
An apparatus for detecting a line-attached tool moving through a well, comprising: (a) a body that defines a central passageway for receiving the line-attached tool therethrough; (b) at least one magnetic-field generator that is configured to generate a magnetic field that extends at least partially across the central passageway; (c) at least one magnetic-field sensor that is configured for detecting a change in one or more properties of the magnetic field that are caused by the line-attached tool approaching, moving through or moving away from the magnetic field, wherein the at least one magnetic-field sensor is comprised within the body and the body is connectible to the well below a lubricator of the well and, wherein the line-attached tool is attached to a wireline or a slickline; and (d) a processor that is configured to indicate a change in the one or more detected properties of the magnetic field, wherein the processor is configured to determine the location of the line-attached tool within or near to the magnetic field and characterized in that the processor is also configured to determine one or more dimensions of the line-attached tool. (a) a body that defines a central passageway for receiving the line-attached tool therethrough; (b) at least one magnetic-field generator that is configured to generate a magnetic field that extends at least partially across the central passageway; (c) at least one magnetic-field sensor that is configured for detecting a change in one or more properties of the magnetic field that are caused by the line-attached tool approaching, moving through or moving away from the magnetic field, wherein the at least one magnetic-field sensor is comprised within the body and the body is connectible to the well below a lubricator of the well and, wherein the line-attached tool is attached to a wireline or a slickline; and (d) a processor that is configured to indicate a change in the one or more detected properties of the magnetic field, wherein the processor is configured to determine the location of the line-attached tool within or near to the magnetic field and characterized in that the processor is also configured to determine one or more dimensions of the line-attached tool.
Measurement cell for measuring at least one constituent of a liquid sample, in particular blood, serum, plasma or urine, the measurement cell including: a reception space for receiving the sample; a measurement system having at least one sensor electrode arranged on a top insulating layer , wherein the reception space is formed above the top layer by attaching a cover portion onto the top layer such that the sensor electrode is exposed within the reception space ; a first heat supply equipment extending over a first area and arranged on a first insulating layer ; a second heat supply equipment extending over a second area and arranged on a second insulating layer , wherein the first layer is stacked on top of the second layer; wherein the top layer is stacked on top of the first layer, the first and second heat supply equipment being arranged to heat the sample within the reception space , wherein the second area is larger than the first area . a reception space for receiving the sample; a measurement system having at least one sensor electrode arranged on a top insulating layer , wherein the reception space is formed above the top layer by attaching a cover portion onto the top layer such that the sensor electrode is exposed within the reception space ; a first heat supply equipment extending over a first area and arranged on a first insulating layer ; a second heat supply equipment extending over a second area and arranged on a second insulating layer , wherein the first layer is stacked on top of the second layer; wherein the top layer is stacked on top of the first layer,
Feeding device for feeding fiber flocks into a spinning preparation machine, comprising - a feed roller and - a feed trough , - wherein the feed trough is electrically insulated from the feed roller and - with a detection device for detecting foreign material, - which has a first, open electrical circuit , - which circuit is connected to the feed roller and the feed trough and - the first circuit can be closed by a conductive foreign body contaminating the fiber flocks and - the feed roller is connected to the first circuit by means of a first sliding contact , characterized in that - the detection device has a second, closed electrical circuit for checking the functionality of the detection device, which circuit - on the one hand has a control line to the feed roller and - on the other hand is connected to the first sliding contact . - a feed roller and - a feed trough , - wherein the feed trough is electrically insulated from the feed roller and - with a detection device for detecting foreign material, - which has a first, open electrical circuit , - which circuit is connected to the feed roller and the feed trough and - the first circuit can be closed by a conductive foreign body contaminating the fiber flocks and - the feed roller is connected to the first circuit by means of a first sliding contact , characterized in that - which has a first, open electrical circuit , - which circuit is connected to the feed roller and the feed trough and - the first circuit can be closed by a conductive foreign body contaminating the fiber flocks and - the feed roller is connected to the first circuit by means of a first sliding contact , - the detection device has a second, closed electrical circuit for checking the functionality of the detection device, which circuit - on the one hand has a control line to the feed roller and - on the other hand is connected to the first sliding contact . - on the one hand has a control line to the feed roller and - on the other hand is connected to the first sliding contact .
A circuit for energy management in a Triboelectric Nanogenerator, TENG, comprising a first stage of circuit and a second stage of circuit connected in parallel with the TENG sequentially, wherein the first stage of circuit comprises a temporary energy storage (C temp ), and the second stage of circuit comprises a DC-DC converter and an energy storage (Cstore) connected in parallel with each other, wherein the DC-DC converter is configured to transfer electrical energy stored in the temporary energy storage (C temp ) to the energy storage (Cstore), wherein the DC-DC converter is configured to transfer the electrical energy stored temporarily in the temporary energy storage (C temp ) to the energy storage (Cstore) when a voltage of the electrical energy stored temporarily in the temporary energy storage (C temp ) reaches a first predetermined value, and to stop, when transferring the electrical energy, transferring the electrical energy to the energy storage (Cstore) when the voltage of the electrical energy stored temporarily in the temporary energy storage (C temp ) reaches a second predetermined value, and characterized in that the DC-DC converter comprises: a first switch (J 1 ); a first inductor (L 1 ) connected in parallel with the temporary energy storage (C temp ) via the first switch (J 1 ); a second switch (J 2 ); and a second inductor (L 2 ) connected in parallel with the energy storage (Cstore) via the second switch (J 2 ), the first inductor (L 1 ) and the second inductor (L 2 ) forming mutual inductance. the second stage of circuit comprises a DC-DC converter and an energy storage (Cstore) connected in parallel with each other, wherein the DC-DC converter is configured to transfer electrical energy stored in the temporary energy storage (C temp ) to the energy storage (Cstore), wherein the DC-DC converter is configured to transfer the electrical energy stored temporarily in the temporary energy storage (C temp ) to the energy storage (Cstore) when a voltage of the electrical energy stored temporarily in the temporary energy storage (C temp ) reaches a first predetermined value, and to stop, when transferring the electrical energy, transferring the electrical energy to the energy storage (Cstore) when the voltage of the electrical energy stored temporarily in the temporary energy storage (C temp ) reaches a second predetermined value, and characterized in that the DC-DC converter comprises: a first switch (J 1 ); a first inductor (L 1 ) connected in parallel with the temporary energy storage (C temp ) via the first switch (J 1 ); a second switch (J 2 ); and a second inductor (L 2 ) connected in parallel with the energy storage (Cstore) via the second switch (J 2 ), the first inductor (L 1 ) and the second inductor (L 2 ) forming mutual inductance.
A method for supporting device management, comprising: providing a rich execution environment and a trusted execution environment on a device, the trusted execution environment being a secure area isolated from the rich execution environment and including a trusted operating system, trusted OS, which maintains a master key ; deploying a plurality of trusted applications in the trusted execution environment, wherein each trusted application is associated with a respective unique identifier and binary code/data ; the trusted OS using a key derivation function to derive one or more secrets , bound to a first one of the trusted applications, based on the master key and on the identifier and the binary code/data associated with the first trusted application, or, after an update of the first trusted application, on the binary code/data associated with an earlier version of the first trusted application, thereby preventing a second one of the trusted applications in the trusted execution environment from retrieving said one or more secrets using the same identifier. providing a rich execution environment and a trusted execution environment on a device, the trusted execution environment being a secure area isolated from the rich execution environment and including a trusted operating system, trusted OS, which maintains a master key ; deploying a plurality of trusted applications in the trusted execution environment, wherein each trusted application is associated with a respective unique identifier and binary code/data ; the trusted OS using a key derivation function to derive one or more secrets , bound to a first one of the trusted applications, based on the master key and on the identifier and the binary code/data associated with the first trusted application, or, after an update of the first trusted application, on the binary code/data associated with an earlier version of the first trusted application, thereby preventing a second one of the trusted applications in the trusted execution environment from retrieving said one or more secrets using the same identifier.
A transcatheter valve comprising: a multi-part frame comprising a leaflet frame and a body frame, wherein the body frame is located coaxially, laterally adjacent to and spaced apart from the leaflet frame in a non-everted configuration, a plurality of leaflets, and a film which is coupled to the body frame and the leaflet frame and said film couples the body frame to the leaflet frame across at least a fold region, said valve having a collapsed configuration and an expanded configuration and operable to fold along a generally circumferential line in the fold region to provide an everted configuration. a multi-part frame comprising a leaflet frame and a body frame, wherein the body frame is located coaxially, laterally adjacent to and spaced apart from the leaflet frame in a non-everted configuration, a plurality of leaflets, and a film which is coupled to the body frame and the leaflet frame and said film couples the body frame to the leaflet frame across at least a fold region, said valve having a collapsed configuration and an expanded configuration and operable to fold along a generally circumferential line in the fold region to provide an everted configuration.