mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerant compressor , comprising: a first compression stage arranged in a main refrigerant flow path , wherein the first compression stage is a mixed compression stage having both axial and radial components; and a second compression stage arranged in the main refrigerant flow path downstream of the first compression stage , wherein the second compression stage is a radial compression stage, the main refrigerant flow path is defined between an outer wall and an inner wall , and wherein the outer wall and the inner wall are curved within the first compression stage characterised in that the main refrigerant flow path makes a substantially 180 degree turn between the first and second compression stages. a first compression stage arranged in a main refrigerant flow path , wherein the first compression stage is a mixed compression stage having both axial and radial components; and a second compression stage arranged in the main refrigerant flow path downstream of the first compression stage , wherein the second compression stage is a radial compression stage, the main refrigerant flow path is defined between an outer wall and an inner wall , and wherein the outer wall and the inner wall are curved within the first compression stage characterised in that the main refrigerant flow path makes a substantially 180 degree turn between the first and second compression stages.
Personal care device, in particular hair removal device such as electric shaver, comprising an elongated handle for manually moving the personal care device along a body surface, a working head attached to said handle for effecting a personal care treatment to said body surface, at least one detector (41 to 56) for detecting at least one behavioural parameter indicative of a user's behaviour during handling the personal care device when effecting the personal care treatment, and an adjustment device for adjusting at least one working parameter of the personal care device in response to the detected behavioural parameter, said adjustment device including an adjustment actuator (AA) controlled by an electronic control unit provided with a control algorithm (f control ) for calculating an output control signal (S out, i-n ) for the adjustment actuator (AA) in response to at least one behavioural input signal (S in, 1-n ) indicative of the detected behavioural parameter, characterized in that said electronic control unit is provided with a modification algorithm (f modify ) for modifying the control algorithm (f control ) on the basis of at least one modification input signal (S in, a-x ).
A battery module , comprising: a plurality of battery cells stacked in sequence, the plurality of battery cells being provided with vents ; and a circuit board arranged above the plurality of battery cells , wherein the circuit board is provided with a temperature sensing device that comprises one metal wire fixed on the circuit board , and a position of the one metal wire corresponds to positions of the vents , and the circuit board comprises a body and at least one through hole formed in the body , a position of each of the at least one through hole corresponds to positions of one or more of the vents , and the one metal wire partitions one of the at least one through hole into a plurality of regions, and wherein the one metal wire is connected to a battery management system to form a circuit, and the circuit is disconnected when any one of the vents is blasted; wherein the one metal wire is fixed to the body ; and wherein the one metal wire is arranged above or below the at least one through hole , and the one metal wire has two ends fixed to two ends of the body outside of the at least one through hole along the length direction of the battery module , characterized in that the one metal wire extends along a length direction (X) of the battery module and crosses at least two of the vents , and a projection of the one metal wire in a height direction of the battery module on a plane of the circuit board is partially located within a projection of the at least one through hole in the height direction of the battery module on the plane of the circuit board . a plurality of battery cells stacked in sequence, the plurality of battery cells being provided with vents ; and a circuit board arranged above the plurality of battery cells , wherein the circuit board is provided with a temperature sensing device that comprises one metal wire fixed on the circuit board , and a position of the one metal wire corresponds to positions of the vents , and the circuit board comprises a body and at least one through hole formed in the body , a position of each of the at least one through hole corresponds to positions of one or more of the vents , and the one metal wire partitions one of the at least one through hole into a plurality of regions, and wherein the one metal wire is connected to a battery management system to form a circuit, and the circuit is disconnected when any one of the vents is blasted; wherein the one metal wire is fixed to the body ; and wherein the one metal wire is arranged above or below the at least one through hole , and the one metal wire has two ends fixed to two ends of the body outside of the at least one through hole along the length direction of the battery module , characterized in that the one metal wire extends along a length direction (X) of the battery module and crosses at least two of the vents , and a projection of the one metal wire in a height direction of the battery module on a plane of the circuit board is partially located within a projection of the at least one through hole in the height direction of the battery module on the plane of the circuit board .
A collar for a wearer, comprising: a pad; a pod; a panel having an outer surface and an inner surface; an inflatable member configured to couple to the pad and the panel, and apply an inward force to the wearer; wherein a position of the inflatable member relative to the panel is adjustable; wherein the inflatable member is further coupled to the pod that directs the inward force that is applied to the neck of the user, and wherein the pad comprises a pocket that is sized and dimensioned to receive the pod.
A device for drilling an acoustic component comprising a drilling head , the drilling head comprising a support block comprising at least two autonomous drilling cassettes each comprising at least one drilling bit , a stationary armature with respect to the support block and a bit support moveable along the main axis (Δ) of the cassette between a retracted position and an deployed position, characterized in that each bit support is equipped with at least one device for sensing the skin of the acoustic component to be drilled making it possible to automatically control the drilling depth of the bits of each cassette, the sensing device comprising at least one sensing means and at least one sensor making it possible to detect, using the sensing means, the position of the bits with respect to the skin of the acoustic component to be drilled.
A decoding method, wherein the method comprises: extracting at least one piece of prior information from at least one first transport block that has been successfully decoded, and assembling the at least one piece of prior information into a prior information set, wherein one piece of prior information comprises header information of a transmission protocol layer of one first transport block; characterized in that when a to-be-decoded second transport block sent by a transmit end is received, wherein the second transport block is a transport block obtained by the transmit end by coding a third transport block, first decoding the second transport block based on a first demodulation information of the second transport block, to obtain a fourth transport block; and if the decoding fails, i.e. the fourth transport block is different from the third transport block, selecting first prior information from the prior information set and subsequently decoding the second transport block based on both the first prior information and the first demodulation information of the second transport block, to obtain the third transport block. extracting at least one piece of prior information from at least one first transport block that has been successfully decoded, and assembling the at least one piece of prior information into a prior information set, wherein one piece of prior information comprises header information of a transmission protocol layer of one first transport block; characterized in that when a to-be-decoded second transport block sent by a transmit end is received, wherein the second transport block is a transport block obtained by the transmit end by coding a third transport block, first decoding the second transport block based on a first demodulation information of the second transport block, to obtain a fourth transport block; and if the decoding fails, i.e. the fourth transport block is different from the third transport block, selecting first prior information from the prior information set and subsequently decoding the second transport block based on both the first prior information and the first demodulation information of the second transport block, to obtain the third transport block.
A magnetic density separator comprising a process channel through which in use magnetic process liquid and particles to be separated flow in a flow direction (P), a magnetization device that is arranged to extend in flow direction along at least one wall of the process channel so as to in use apply a magnetic field to the process liquid in a separation zone (S) of the process channel to establish a cut density of the magnetic process liquid to separate the particles in the magnetic process liquid based on their density, a laminator through which, in use, the magnetic process liquid is introduced into the process channel to flow laminarized in flow direction along the separation zone (S), and a feed through which, in use, a mixture of process liquid and particles to be separated is introduced into the process channel to join the laminarized, magnetic process liquid, characterized in that the feed includes an entraining device that comprises a conveyor with entraining elements that is arranged to move along the flow direction (P) and that extends through a feed channel into the process channel .
A damper for damping vibrations in tools and tool holders in chip cutting machine tools, with at least one substantially longitudinal damping body forming a damping mass with two end surfaces and a substantially longitudinal surface between these, said damping body including a longitudinal direction (a) and a transversal direction (t) and is placed in a substantially longitudinal cavity with a damping fluid, said cavity defining at least one cavity surface and the damping body defines at least one damping body surface, characterised in that it comprises an axial hole going through the damping body and it is configured so that during operation it will spread the damping liquid with gas pockets around the entire damping body in the area between the damping body and the adjoining cavity, and at least one of the cavity surface and the damping body surface is broken to influence formation of foam in the damping fluid when in operation.
A freeze-drying system comprising: a freeze dryer chamber having one or more shelves disposed therein; a refrigeration system comprising a refrigerant condenser a warm liquid line connected to said refrigerant condenser wherein said warm liquid line is adapted to receive a warm liquid refrigerant from said refrigerant condenser ; a heat exchanger ; a first fluid line to thermally couple the refrigerant condenser to the heat exchanger , wherein said first fluid line is different from said warm liquid line ; and a second fluid line to thermally couple the one or more shelves to the heat exchanger . a freeze dryer chamber having one or more shelves disposed therein; a refrigeration system comprising a refrigerant condenser a warm liquid line connected to said refrigerant condenser wherein said warm liquid line is adapted to receive a warm liquid refrigerant from said refrigerant condenser ; a heat exchanger ; a first fluid line to thermally couple the refrigerant condenser to the heat exchanger , wherein said first fluid line is different from said warm liquid line ; and a second fluid line to thermally couple the one or more shelves to the heat exchanger .
Tensioning device for tensioning chains , belts, cables or similar clamping means , with at least one tubular clamping nut as well as at least one threaded bolt entering into clamping nut and interacting therewith, wherein the clamping nut and/or the threaded bolt is/are provided with an end-side connecting element , more particularly for coupling to the clamping nut , and wherein the connecting element is moveably connected to the clamping nut and/or the threaded bolt , characterised in that the connecting element is rotatably incorporated in a connection block , which at the end is screwed into the clamping nut and an internal thread present therein, wherein at the other end of the clamping nut , an external thread of the threaded bolt entering into and interacting with the clamping nut interacts with the internal thread , and wherein the connection block is provided in its interior with a bearing or pivot bearing . the clamping nut and/or the threaded bolt is/are provided with an end-side connecting element , more particularly for coupling to the clamping nut , and wherein the connecting element is moveably connected to the clamping nut and/or the threaded bolt , characterised in that the connecting element is rotatably incorporated in a connection block , which at the end is screwed into the clamping nut and an internal thread present therein, wherein at the other end of the clamping nut , an external thread of the threaded bolt entering into and interacting with the clamping nut interacts with the internal thread , and wherein the connection block is provided in its interior with a bearing or pivot bearing .
A roll state monitor device comprising: rolling force detecting means configured to detect a rolling force signal of a monitored roll selected from an upper roll set and a lower roll set when a rolled material is rolled between the upper roll set and the lower roll set , the upper roll set having at least one roll and the lower roll set having at least one roll; characterised in that the roll state monitor device further comprises: signal extracting means extracting from the rolling force signal a rolling force high frequency signal (S HF ) having a frequency equal to or larger than a predetermined frequency which is set in advance; and roll state determining means configured to determine a state of the monitored roll based on a test result of a statistical test method for a plurality of rolling force values included in the rolling force high frequency signal (S HF ). signal extracting means extracting from the rolling force signal a rolling force high frequency signal (S HF ) having a frequency equal to or larger than a predetermined frequency which is set in advance; and roll state determining means configured to determine a state of the monitored roll based on a test result of a statistical test method for a plurality of rolling force values included in the rolling force high frequency signal (S HF ).
A device for straightening and in particular hardening a rod-shaped semi-finished product made of metal, the device comprising: - multiple pairs of rollers arranged in the longitudinal direction (L) of a receptacle for the rod-shaped semi-finished product , each comprising a first rotatable roller and a second rotatable roller , the rotational axes of which are arranged such that they are offset with respect to each other, such that at a first angular position, the first roller can rest against the circumference of the rod-shaped semi-finished product which can be placed in the receptacle , and at a second angular position, the second roller can rest against the circumference of the rod-shaped semi-finished product which can be placed in the receptacle , and - multiple upper rollers which are arranged such that they are offset with respect to the first and second rollers in the longitudinal direction (L) of the receptacle and which, at a third angular position, can be placed against the circumference of the rod-shaped semi-finished product which can be placed in the receptacle , characterised in that - the first rotatable roller and the second rotatable roller of each pair of rollers are arranged such that they are offset with respect to each other in the longitudinal direction (L) of the receptacle . - multiple pairs of rollers arranged in the longitudinal direction (L) of a receptacle for the rod-shaped semi-finished product , each comprising a first rotatable roller and a second rotatable roller , the rotational axes of which are arranged such that they are offset with respect to each other, such that at a first angular position, the first roller can rest against the circumference of the rod-shaped semi-finished product which can be placed in the receptacle , and at a second angular position, the second roller can rest against the circumference of the rod-shaped semi-finished product which can be placed in the receptacle , and - multiple upper rollers which are arranged such that they are offset with respect to the first and second rollers in the longitudinal direction (L) of the receptacle and which, at a third angular position, can be placed against the circumference of the rod-shaped semi-finished product which can be placed in the receptacle , - the first rotatable roller and the second rotatable roller of each pair of rollers are arranged such that they are offset with respect to each other in the longitudinal direction (L) of the receptacle .
A system for magnetic field compensation, comprising a plurality of coils each one arranged in a respective receptacle, and a controller for controlling the coils for magnetic field compensation, the coils being connected to and addressed by the controller ; characterised in that the system is designed as a modular system ; and that position detection is implemented by the controller sequentially driving the coils and using sensor signals to identify where the respective receptacle is installed. the system is designed as a modular system ; and that position detection is implemented by the controller sequentially driving the coils and using sensor signals to identify where the respective receptacle is installed.
A varistor comprising: a feed-through conductor comprising input and output terminals at opposite ends thereof , which terminals are electrically connectable, in use, to an incoming power supply or signal line and to a power or signal input of a device to be protected, respectively; and a varistor disc interposed between, and electrically connected to, conductor layers disposed on opposite surfaces of the varistor disc , the conductor layers being electrically isolated from one another; wherein the varistor disc comprises a through aperture through which the feed-through conductor extends; a first one of the conductor layers is electrically connected to the feed-through conductor ; a second one of the conductor layers is, in normal use, permanently electrically connected to ground ; characterized in that the varistor further comprising: a thermally-activated override adapted, in use, to disconnect the varistor disc from the feed-through conductor once the temperature of the varistor disc has exceeded a predetermined temperature. a first one of the conductor layers is electrically connected to the feed-through conductor ; a second one of the conductor layers is, in normal use, permanently electrically connected to ground ;
A plate for an article of footwear having a sole structure, the plate comprising: an anterior-most point disposed in a forefoot region of the sole structure; a posterior-most point disposed closer to a heel region of the sole structure than the anterior-most point ; and a concave portion extending between the anterior-most point and the posterior-most point and including a constant radius of curvature from the anterior-most point to a metatarsophalangeal (MTP) point of the sole structure, the MTP point opposing the MTP joint of a foot during use, wherein the MTP point is located thirty percent (30%) of the total length of the plate from the anterior-most point , and wherein the plate is formed of a material having a Young's modulus of at least 70 Gigapascal. an anterior-most point disposed in a forefoot region of the sole structure; a posterior-most point disposed closer to a heel region of the sole structure than the anterior-most point ; and a concave portion extending between the anterior-most point and the posterior-most point and including a constant radius of curvature from the anterior-most point to a metatarsophalangeal (MTP) point of the sole structure, the MTP point opposing the MTP joint of a foot during use, wherein the MTP point is located thirty percent (30%) of the total length of the plate from the anterior-most point , and wherein the plate is formed of a material having a Young's modulus of at least 70 Gigapascal.
A tofu which is storable without refrigeration in which the number of germ-forming units per gram is less than 20, in particular less than 10, wherein the number of aerobic germ-forming units per gram is less than 10, in particular less than 5, characterized in that a cube of the tofu having an edge length of 10 mm withstands a compressive load of 300g/80 mm 2 for a period of at least 2 seconds, in order to achieve the desired properties of the tofu , a pseudo-sterilization of the tofu is performed at a temperature which is above a pasteurization temperature and below a sterilization temperature, alternatively or additionally to a heat treatment, the tofu can also be subjected to a radiation treatment.
Labeler , comprising at least one pusher assembly for pressing labels onto an article web (A), the pusher assembly being mounted to be adjustable in height, wherein the pusher assembly comprises a base plate , at least one pin cartridge connected to the base plate , and several press-on pins that are received by the pin cartridge and that are mounted at the pin cartridge in a slidable manner between a respective extended position (P1) and a retracted position (P2), characterized in that the press-on pins are each formed as integrally manufactured injection molded parts, wherein the press-on pins comprise a guide pin manufactured at least in sections from a polyamide (PA), in particular from a polycaprolactam (PA6) or from nylon (PA66), and wherein the press-on pins comprise at an end of the guide pin a peg that can be received by way of the pin cartridge and a press member at the other end of the guide pin , wherein the guide pin , the peg , and the press member are manufactured integrally. wherein the press-on pins comprise a guide pin manufactured at least in sections from a polyamide (PA), in particular from a polycaprolactam (PA6) or from nylon (PA66), and wherein the press-on pins comprise at an end of the guide pin a peg that can be received by way of the pin cartridge and a press member at the other end of the guide pin , wherein the guide pin , the peg , and the press member are manufactured integrally.