mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary compressor, comprising: a cylinder provided with a vane slot at one side thereof and a compression chamber at a central portion thereof; a shaft provided with an eccentric portion and configured to perpendicularly pass through a center of the compression chamber ; a roller having a ring shape, provided with a coupling groove at one side of an outer circumferential surface thereof and configured to make orbital movements in the compression chamber by rotation of the shaft ; a vane provided with a vane hinge having a circular arc shape and coupled to the coupling groove , and provided with a vane body one side of which is inserted into the vane slot and which is configured to divide the compression chamber into a discharge space (D) and a suction space (S); and a discharge-sided groove and a suction-sided groove disposed between the vane hinge and the vane body , with the discharge-sided groove close to the discharge space (D) and with the suction-sided groove close to the suction space (S), with respect to a central axis (Bc) of the vane body , characterised in that a central point of the coupling groove and a central axis of the vane body are on a single straight line, and a shape of the discharge-sided groove is asymmetrical to a shape of the suction-sided groove . a cylinder provided with a vane slot at one side thereof and a compression chamber at a central portion thereof; a shaft provided with an eccentric portion and configured to perpendicularly pass through a center of the compression chamber ; a roller having a ring shape, provided with a coupling groove at one side of an outer circumferential surface thereof and configured to make orbital movements in the compression chamber by rotation of the shaft ; a vane provided with a vane hinge having a circular arc shape and coupled to the coupling groove , and provided with a vane body one side of which is inserted into the vane slot and which is configured to divide the compression chamber into a discharge space (D) and a suction space (S); and a discharge-sided groove and a suction-sided groove disposed between the vane hinge and the vane body , with the discharge-sided groove close to the discharge space (D) and with the suction-sided groove close to the suction space (S), with respect to a central axis (Bc) of the vane body , characterised in that a central point of the coupling groove and a central axis of the vane body are on a single straight line, and a shape of the discharge-sided groove is asymmetrical to a shape of the suction-sided groove .
A blade assembly comprising: a housing having a recess defining a first wall on a first side of the housing and a second wall on a second side of the housing; an elongated body that is attached to the first and second walls and is rotatable about a longitudinal axis (S-S); and a locking mechanism configured to releasably lock the body in a use position; characterized in that the elongated body has two or more facets , wherein at least one of the facets has a lubricating element disposed thereon, wherein the second side of the housing includes a retaining portion formed on an interior surface of the second wall , wherein the locking mechanism is disposed within the retaining portion and, wherein the locking mechanism is configured to slide relative to the retaining portion of the housing . a housing having a recess defining a first wall on a first side of the housing and a second wall on a second side of the housing; an elongated body that is attached to the first and second walls and is rotatable about a longitudinal axis (S-S); and a locking mechanism configured to releasably lock the body in a use position; characterized in that the elongated body has two or more facets , wherein at least one of the facets has a lubricating element disposed thereon, wherein the second side of the housing includes a retaining portion formed on an interior surface of the second wall , wherein the locking mechanism is disposed within the retaining portion and, wherein the locking mechanism is configured to slide relative to the retaining portion of the housing .
A method comprising: determining , by processing circuitry of a network device, a release time for sending a synchronization packet in accordance with a time synchronization protocol; modifying , by the processing circuitry, the synchronization packet to include a release timestamp specifying the release time; and sending , by the processing circuitry, a time value via sideband data associated with the synchronization packet, wherein the time value is based on the release time specified by the release timestamp; scheduling , by the processing circuitry, transmission of the synchronization packet for a time corresponding to the time value in the sideband data, the synchronization packet to be transmitted to a destination network device. determining , by processing circuitry of a network device, a release time for sending a synchronization packet in accordance with a time synchronization protocol; modifying , by the processing circuitry, the synchronization packet to include a release timestamp specifying the release time; and sending , by the processing circuitry, a time value via sideband data associated with the synchronization packet, wherein the time value is based on the release time specified by the release timestamp; scheduling , by the processing circuitry, transmission of the synchronization packet for a time corresponding to the time value in the sideband data, the synchronization packet to be transmitted to a destination network device.
A polyoxymethylene composition comprising: a) at least one polyoxymethylene polymer; b) 0.1 to 5 wt. % of poly alpha-1,3-glucan having a d90 particle size of 50 microns or less; c) optionally, at least one additive selected from the group consisting of nucleating agents, waxes, ultraviolet stabilizers, colorants, antioxidants, formaldehyde scavengers, lubricants, and mixtures of these; wherein said polyoxymethylene composition exhibits a formaldehyde emission of 1 weight percent or less when measured according to the TEF test method which method includes heating pellets of the polyoxymethylene compositions under nitrogen for 30 minutes at a temperature of 259 °C; and wherein said particle size is measured according to ISO 13320:2009. a) at least one polyoxymethylene polymer; b) 0.1 to 5 wt. % of poly alpha-1,3-glucan having a d90 particle size of 50 microns or less; c) optionally, at least one additive selected from the group consisting of nucleating agents, waxes, ultraviolet stabilizers, colorants, antioxidants, formaldehyde scavengers, lubricants, and mixtures of these; wherein said polyoxymethylene composition exhibits a formaldehyde emission of 1 weight percent or less when measured according to the TEF test method which method includes heating pellets of the polyoxymethylene compositions under nitrogen for 30 minutes at a temperature of 259 °C; and wherein said particle size is measured according to ISO 13320:2009. wherein said polyoxymethylene composition exhibits a formaldehyde emission of 1 weight percent or less when measured according to the TEF test method which method includes heating pellets of the polyoxymethylene compositions under nitrogen for 30 minutes at a temperature of 259 °C; and wherein said particle size is measured according to ISO 13320:2009.
A terminal comprising a casing and a flexible display screen , the casing comprising: a top surface supporting the flexible display screen thereon; and the casing defining a mounting slot , wherein the mounting slot comprises an opening defined in the top surface , the mounting slot adapted to receive a fingerprint recognition unit via the opening , and the fingerprint recognition unit adapted to recognize fingerprints in contact with the flexible display screen , whereby a depth of the mounting slot is greater than a thickness of the fingerprint recognition unit and a gap is defined between the fingerprint recognition unit and the flexible display screen such that the fingerprint recognition unit is spaced apart from the flexible display screen and the flexible display screen is directly laid on the top surface ; and the casing further comprises a bottom surface opposite the top surface , the flexible display screen comprises a fixed portion and a free portion , the fixed portion is attached to the top surface , and the free portion is bent to be in contact with the bottom surface or is received in the casing . a top surface supporting the flexible display screen thereon; and the casing defining a mounting slot , wherein the mounting slot comprises an opening defined in the top surface , the mounting slot adapted to receive a fingerprint recognition unit via the opening , and the fingerprint recognition unit adapted to recognize fingerprints in contact with the flexible display screen , whereby a depth of the mounting slot is greater than a thickness of the fingerprint recognition unit and a gap is defined between the fingerprint recognition unit and the flexible display screen such that the fingerprint recognition unit is spaced apart from the flexible display screen and the flexible display screen is directly laid on the top surface ; and the casing further comprises a bottom surface opposite the top surface , the flexible display screen comprises a fixed portion and a free portion , the fixed portion is attached to the top surface , and the free portion is bent to be in contact with the bottom surface or is received in the casing .
A pharmaceutical composition comprising a raw tablet comprising asimadoline or a pharmaceutically acceptable salt thereof, lactose monohydrate, croscarmellose sodium, colloidal silicon dioxide, and magnesium stearate, wherein the raw tablet lacks microcrystalline cellulose and/or hypromellose.
A system for distributed fibre sensing across a fibre optic network including a plurality of optical fibres distributed across a geographic area, the system including: an optical signal transmitter arrangement comprising at least one optical signal transmitter for repeatedly transmitting a train of optical signals through the fibre optic network; an optical signal receiver arrangement comprising at least one corresponding optical signal receiver for receiving backscattered optical signals from the plurality of optical fibres; and a processor configured to demodulate data from the backscattered optical signals, and configured to process the demodulated data to: identify a weight-induced compression wave in the backscattered optical signals that induces a localized strain change in an optical fibre in the fibre optic network; and detect presence of an object passing a fixed position along the optical fibre based on the identified weight-induced compression wave wherein the weight-induced compression wave is in a frequency range of 0-2Hz. an optical signal transmitter arrangement comprising at least one optical signal transmitter for repeatedly transmitting a train of optical signals through the fibre optic network; an optical signal receiver arrangement comprising at least one corresponding optical signal receiver for receiving backscattered optical signals from the plurality of optical fibres; and a processor configured to demodulate data from the backscattered optical signals, and configured to process the demodulated data to: identify a weight-induced compression wave in the backscattered optical signals that induces a localized strain change in an optical fibre in the fibre optic network; and detect presence of an object passing a fixed position along the optical fibre based on the identified weight-induced compression wave identify a weight-induced compression wave in the backscattered optical signals that induces a localized strain change in an optical fibre in the fibre optic network; and detect presence of an object passing a fixed position along the optical fibre based on the identified weight-induced compression wave wherein the weight-induced compression wave is in a frequency range of 0-2Hz.
A zipper comprising two opposite edges made of flexible material, each provided with a plurality of retaining means (2.1) complementary relative to those of the other edge , and with a slider (3, 3', 3") that, made to slide along said edges , determines the mutual engagement of said retaining means (2.1), producing mutual closing between said edges , wherein each edge is fixed at one side of an opening (AP) of a garment or clothing accessory (A), said opening (AP) having two opposite flaps (B) extending to cover said edges of said closed zipper , wherein said slider (3, 3', 3") comprises, in a front portion in the direction of closing, spreader means (4, 4', 4") configured to space said two opposite flaps (B) of said opening (AP) from each other, during closing so that these flaps (B) do not interfere relative to the retaining means (2.1) of said zipper in the step of mutual engagement determined by said slider (3, 3', 3"), during closing, wherein said spreader means (4, 4', 4") comprise a pair of raised protrusions (4.1, 4.1', 4.1"), up to at least the level of said two opposite flaps (B) of said opening (AP), and integral relative to said front portion of the slider (3, 3', 3"), and characterized in that said raised protrusions (4.1') are configured in the fashion of pins (4.1') projecting vertically relative to an ideal plane containing said mutually closed closing means (2.1), and having at least a part of curvilinear surface (4.11') in contact each with a respective of said opposite flaps (B). wherein each edge is fixed at one side of an opening (AP) of a garment or clothing accessory (A), said opening (AP) having two opposite flaps (B) extending to cover said edges of said closed zipper , wherein said slider (3, 3', 3") comprises, in a front portion in the direction of closing, spreader means (4, 4', 4") configured to space said two opposite flaps (B) of said opening (AP) from each other, during closing so that these flaps (B) do not interfere relative to the retaining means (2.1) of said zipper in the step of mutual engagement determined by said slider (3, 3', 3"), during closing, wherein said spreader means (4, 4', 4") comprise a pair of raised protrusions (4.1, 4.1', 4.1"), up to at least the level of said two opposite flaps (B) of said opening (AP), and integral relative to said front portion of the slider (3, 3', 3"), and characterized in that said raised protrusions (4.1') are configured in the fashion of pins (4.1') projecting vertically relative to an ideal plane containing said mutually closed closing means (2.1), and having at least a part of curvilinear surface (4.11') in contact each with a respective of said opposite flaps (B).
A vessel dispensing system for dispensing vessels to an analyzer , the vessel dispensing system comprising - a cam disc rotatable about an axis , - a drum arranged above the cam disc and coupled to the cam disc such as to be rotatable together with the cam disc about the same axis , the drum comprising a plurality of elongated slots arranged along and around the axis , each slot comprising at one end an input interface for loading the slot with a plurality of vessels in a stacked manner and at another end an output interface for dispensing the vessels from the slot , the output interface comprising a resilient vessel retainer , - a crank translatable in a linear forwards and backwards direction orthogonal to the cam disc axis between a first, a second and a third position, the crank comprising a drive pin for rotating the cam disc and bringing a slot at a time in a dispensing position upon translation of the crank between the first position and the second position, characterized in that the cam disc further comprises a guide groove , wherein the drive pin is slidable through the guide groove , and the crank further comprises an actuator pin translatable with respect to the drive pin for actuating the resilient vessel retainer of the output interface of the slot in the dispensing position upon translation of the crank between the second position and the third position, thereby allowing the vessels to be dispensed from the slot . - a cam disc rotatable about an axis , - a drum arranged above the cam disc and coupled to the cam disc such as to be rotatable together with the cam disc about the same axis , the drum comprising a plurality of elongated slots arranged along and around the axis , each slot comprising at one end an input interface for loading the slot with a plurality of vessels in a stacked manner and at another end an output interface for dispensing the vessels from the slot , the output interface comprising a resilient vessel retainer , - a crank translatable in a linear forwards and backwards direction orthogonal to the cam disc axis between a first, a second and a third position, the crank comprising a drive pin for rotating the cam disc and bringing a slot at a time in a dispensing position upon translation of the crank between the first position and the second position,
Piston-cylinder unit having a cylinder and a piston rod movably mounted therein, wherein at least one piston bearing is provided in the region of the cylinder opening in order to support or guide the piston rod , wherein the piston rod bearing is formed in at least two parts, wherein the piston rod bearing consists of at least one plug-in part , which can be or is inserted into the cylinder opening, and comprises at least one screw part having a thread , which can be or is screwed to the cylinder wall and fixes the plug-in part inside the cylinder , characterised in that the plug-in part comprises an integral sensor unit .
A computed tomography (CT) image display system , comprising: a mapping unit , configured to receive reconstructed volumetric image data of a subject with values in Hounsfield Units (HU), hereinafter HU values, and a set of reference settings , including gray scale pixel value mappings of the reconstructed volumetric image data according to an imaging protocol, the mapping unit being configured to adjust the set of reference settings to an adjusted set of reference settings including a window level (WL) of the HU values or a window width of the HU values adjusted according to a pixel-value distribution analysis of HU values selected from the received reconstructed volumetric image data of the subject according to the set of reference settings , and to map the HU values to gray scale values according to the adjusted set of reference settings .
A communication method applied to a second base station, comprising: receiving , by the second base station, symbol configuration information of a first base station, wherein the symbol configuration information is used to indicate an upstream/downstream symbol configuration in a subframe of the first base station; configuring , by the second base station, a specified symbol in a subframe of the second base station as a blank symbol according to the symbol configuration information of the first base station and symbol configuration information of the second base station, in which the specified symbol is a symbol that is predicted to cause interference on the subframe of the first base station during communication, so as to reconfigure the symbol configuration information of the second base station; and communicating , by the second base station, according to the reconfigured symbol configuration information; characterized in that , the method further comprises: in the case that the symbol configuration information of the first base station does not comprise all symbol configuration information in the subframe of the first base station, determining, by the second base station, a position of a target symbol and configuring, by the second base station, an upstream symbol corresponding to the position of the target symbol in the subframe of the second base station as the blank symbol, wherein the target symbol is a symbol that is not included in the symbol configuration information in the subframe of the first base station. receiving , by the second base station, symbol configuration information of a first base station, wherein the symbol configuration information is used to indicate an upstream/downstream symbol configuration in a subframe of the first base station; configuring , by the second base station, a specified symbol in a subframe of the second base station as a blank symbol according to the symbol configuration information of the first base station and symbol configuration information of the second base station, in which the specified symbol is a symbol that is predicted to cause interference on the subframe of the first base station during communication, so as to reconfigure the symbol configuration information of the second base station; and communicating , by the second base station, according to the reconfigured symbol configuration information; characterized in that , the method further comprises: in the case that the symbol configuration information of the first base station does not comprise all symbol configuration information in the subframe of the first base station, determining, by the second base station, a position of a target symbol and configuring, by the second base station, an upstream symbol corresponding to the position of the target symbol in the subframe of the second base station as the blank symbol, wherein the target symbol is a symbol that is not included in the symbol configuration information in the subframe of the first base station.
Method of enciphering a digital content divided into retrievable units referred to as pictures , each picture comprising a header and a video data part , characterised in that it comprises, for at least some pictures: - a step of separating the video data part into two parts, a first part enciphered by means of a symmetrical key and a second non-enciphered part , the size of the first enciphered part constituting a given percentage of the video data part of the picture , the percentage of enciphered content being stored in the picture header. - a step of separating the video data part into two parts, a first part enciphered by means of a symmetrical key and a second non-enciphered part , the size of the first enciphered part constituting a given percentage of the video data part of the picture , the percentage of enciphered content being stored in the picture header.