mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal apparatus comprising: a transmission controller which, in operation, is configured to control a transmission power of a sounding reference signal, SRS using a first offset value or a second offset value which is added to the transmission power of the SRS, the difference between a first lower limit value of the first offset value and a second lower limit value of the second offset value being same as a difference between a first upper limit value of the first offset value and a second upper limit value of the second offset value and a transmitter which, in operation, is configured to transmit the SRS using the controlled transmission power, wherein the SRS is a periodic SRS, P-SRS, or an aperiodic SRS, A-SRS, and both the first and the second offset values for the P-SRS are independent from both the first and the second offset values for the A-SRS, wherein a step width of the first offset value within a first offset setting range having the first lower limit value and a first upper limit value equals a step width of the second offset value within a second offset setting range having the second lower limit value and a second upper limit value. a transmission controller which, in operation, is configured to control a transmission power of a sounding reference signal, SRS using a first offset value or a second offset value which is added to the transmission power of the SRS, the difference between a first lower limit value of the first offset value and a second lower limit value of the second offset value being same as a difference between a first upper limit value of the first offset value and a second upper limit value of the second offset value and a transmitter which, in operation, is configured to transmit the SRS using the controlled transmission power, wherein the SRS is a periodic SRS, P-SRS, or an aperiodic SRS, A-SRS, and both the first and the second offset values for the P-SRS are independent from both the first and the second offset values for the A-SRS, wherein a step width of the first offset value within a first offset setting range having the first lower limit value and a first upper limit value equals a step width of the second offset value within a second offset setting range having the second lower limit value and a second upper limit value.
Double knife cutting system consisting of a bar back , on which a knife back for an upper knife and a knife back for a lower knife are arranged, to which a plurality of double knife cutting elements are attached, wherein upper knife and lower knife are driven by an oscillating back and forth motion and knife guides for the upper knife and knife guides for the lower knife are attached to the bar back , which comprise guide arms , characterised in that the knife guides for the lower knife are provided with limiting guides , which each consist of a friction element and a slide plate , wherein the friction elements are arranged at the guide arms of the knife guides for the lower knife and the slide plates are arranged on the bar back .
A gateway connecting at least one user device to a plurality of cloud servers that provide different cloud services, the gateway comprising: a memory unit including an information table configured to store predefined Service Level Agreement, SLA, information provided from each of the plurality of cloud servers, wherein the SLA information comprises a service usage fee for each cloud server; and a controller configured to: receive a request for storing a content from a user device ; in response to receiving the request, select at least one of the cloud servers based on the SLA information; and store the content provided from the user device on the selected at least one cloud server; wherein the selection of the at least one of the plurality of cloud servers comprises selecting the at least one cloud server from the plurality of cloud servers in ascending order of the service usage fee. a memory unit including an information table configured to store predefined Service Level Agreement, SLA, information provided from each of the plurality of cloud servers, wherein the SLA information comprises a service usage fee for each cloud server; and a controller configured to: receive a request for storing a content from a user device ; in response to receiving the request, select at least one of the cloud servers based on the SLA information; and store the content provided from the user device on the selected at least one cloud server; receive a request for storing a content from a user device ; in response to receiving the request, select at least one of the cloud servers based on the SLA information; and store the content provided from the user device on the selected at least one cloud server; wherein the selection of the at least one of the plurality of cloud servers comprises selecting the at least one cloud server from the plurality of cloud servers in ascending order of the service usage fee.
A lighting device for providing decorative lighting comprising: a first light emitting element being optically coupled to a light guide having an out-coupling surface for decorative illumination via the light guide; characterized by a second light emitting element dedicated for providing a further direct functional illumination from the lighting device, and an envelope encapsulating said first light emitting element , said light guide , and said second light emitting element . a first light emitting element being optically coupled to a light guide having an out-coupling surface for decorative illumination via the light guide; characterized by a second light emitting element dedicated for providing a further direct functional illumination from the lighting device, and an envelope encapsulating said first light emitting element , said light guide , and said second light emitting element .
A method for reducing the aldehyde content in an amine catalyst comprising (i) mixing an amine catalyst containing one or more aldehyde impurities and a treating agent comprising a cyclic urea substituted with at least one isocyanate reactive group to form a catalyst mixture and (ii) subjecting the catalyst mixture to conditions such that the level of aldehyde impurities in the catalyst mixture are reduced.
An augment insert (200; 300), comprising: - a coupling member (204; 304) for securing the augment insert to a glenoid component (3; 103) of a shoulder prosthesis (1; 101; 301), and - a body (202; 302), comprising: ∘ a first side (206; 306), configured to bear against a scapular side (7; 107) of the glenoid component when the augment insert is secured to the glenoid component by means of the coupling member; ∘ a second side (208; 308), opposed to the first side and configured to bear against or be adjacent to a scapula (5; 105) of a patient; and ∘ at least one breakable portion (230; 330), extending from the first side (206; 306) to the second side (208; 308) and configured to be broken off the body, characterized in that when the breakable portion (230; 330) is broken off the body (202; 302), an aperture is opened through the body, said aperture extending from the first side (206; 306) to the second side (208; 308). - a coupling member (204; 304) for securing the augment insert to a glenoid component (3; 103) of a shoulder prosthesis (1; 101; 301), and - a body (202; 302), comprising: ∘ a first side (206; 306), configured to bear against a scapular side (7; 107) of the glenoid component when the augment insert is secured to the glenoid component by means of the coupling member; ∘ a second side (208; 308), opposed to the first side and configured to bear against or be adjacent to a scapula (5; 105) of a patient; and ∘ at least one breakable portion (230; 330), extending from the first side (206; 306) to the second side (208; 308) and configured to be broken off the body, ∘ a first side (206; 306), configured to bear against a scapular side (7; 107) of the glenoid component when the augment insert is secured to the glenoid component by means of the coupling member; ∘ a second side (208; 308), opposed to the first side and configured to bear against or be adjacent to a scapula (5; 105) of a patient; and ∘ at least one breakable portion (230; 330), extending from the first side (206; 306) to the second side (208; 308) and configured to be broken off the body,
A method of forming a vacuum insulated refrigerator cabinet structure , the method comprising: providing a multi-layer sheet of material comprising at least one layer of barrier material disposed between first and second outer layers , wherein the barrier material and the first and second outer layers comprise thermoplastic polymers and/or elastomeric material; thermoforming the multi-layer sheet of material to form a non-planar first component having a central portion and four sidewalls (19A-19D) extending transversely from the central portion ; securing a second component having a central portion and four sidewalls (23A-23D) extending transversely from the central portion to the first component to form an interior space therebetween; positioning porous filler material in the interior space ; forming a vacuum in the interior space ; and sealing the first and second components together to form a vacuum insulated refrigerator cabinet structure . providing a multi-layer sheet of material comprising at least one layer of barrier material disposed between first and second outer layers , wherein the barrier material and the first and second outer layers comprise thermoplastic polymers and/or elastomeric material; thermoforming the multi-layer sheet of material to form a non-planar first component having a central portion and four sidewalls (19A-19D) extending transversely from the central portion ; securing a second component having a central portion and four sidewalls (23A-23D) extending transversely from the central portion to the first component to form an interior space therebetween; positioning porous filler material in the interior space ; forming a vacuum in the interior space ; and sealing the first and second components together to form a vacuum insulated refrigerator cabinet structure .
An injectable pharmaceutical composition comprising (a) ursodeoxycholic acid and (b) sulfobutylether-β-cyclodextrin. (a) ursodeoxycholic acid and (b) sulfobutylether-β-cyclodextrin.
A photovoltaic mono cell semi-transparent to light, comprising a plurality of photovoltaic active zones separated by transparency zones , - said photovoltaic active zones being formed by a stack of thin layers constituted at least by a transparent electrode , an absorber layer and a metallic electrode which are arranged on a substrate transparent to light; - and said transparency zones being openings arranged at least in the metallic electrode and in the absorber layer to allow a maximum of light to pass; characterized in that it further comprises an electrically conductive collection grid arranged in contact with the transparent electrode to reduce its electrical resistance and in that said photovoltaic active zones further contain several channels , arranged in the metallic electrode and the absorber layer , at the level of which said collection grid is in contact with the transparent electrode , said collection grid being separated from the metallic electrode and the absorber layer by a dielectric material , so as to reduce the series resistance of the transparent electrode while minimizing the visibility of the collection grid . - said photovoltaic active zones being formed by a stack of thin layers constituted at least by a transparent electrode , an absorber layer and a metallic electrode which are arranged on a substrate transparent to light; - and said transparency zones being openings arranged at least in the metallic electrode and in the absorber layer to allow a maximum of light to pass; characterized in that it further comprises an electrically conductive collection grid arranged in contact with the transparent electrode to reduce its electrical resistance and in that said photovoltaic active zones further contain several channels , arranged in the metallic electrode and the absorber layer , at the level of which said collection grid is in contact with the transparent electrode , said collection grid being separated from the metallic electrode and the absorber layer by a dielectric material , so as to reduce the series resistance of the transparent electrode while minimizing the visibility of the collection grid .
A turbo compressor comprising: a compressor casing which accommodates an impeller arranged for compressing gas by rotation; and a motor casing which accommodates a motor arranged for rotating the impeller , wherein the compressor casing and the motor casing are connected through an adapter member , and the motor casing has a cylindrical main body part having a larger diameter than a mounting flange provided in the compressor casing and connected to the adapter member , the turbo compressor further comprising: a first seal member which performs airtight sealing between the compressor casing and the adapter member ; and a second seal member which performs airtight sealing between the motor casing and the adapter member , the turbo compressor being characterised in that the first seal member and the second seal member have the same diameter. a compressor casing which accommodates an impeller arranged for compressing gas by rotation; and a motor casing which accommodates a motor arranged for rotating the impeller , wherein the compressor casing and the motor casing are connected through an adapter member , and the motor casing has a cylindrical main body part having a larger diameter than a mounting flange provided in the compressor casing and connected to the adapter member , the turbo compressor further comprising: a first seal member which performs airtight sealing between the compressor casing and the adapter member ; and a second seal member which performs airtight sealing between the motor casing and the adapter member , a first seal member which performs airtight sealing between the compressor casing and the adapter member ; and a second seal member which performs airtight sealing between the motor casing and the adapter member , the turbo compressor being characterised in that the first seal member and the second seal member have the same diameter.
A photographing device comprising: a first photographing part configured to photograph a plurality of subjects; an autofocus part configured to focus a lens on any one of the subjects; a detector configured to detect the plurality of subjects from an image photographed by the first photographing part ; a priority setting part configured to set a priority on each of the plurality of subjects detected by the detector using one or a plurality of pieces of photographing history information; a focused subject selector configured to select at least one subject on which the autofocus part focuses the lens from the plurality of subjects, in order of the priority set by the priority setting part ; and a presenting part configured to present the subject selected by the focused subject selector; characterized in that the photographing history information including focused subject information, AF, indicating that the at least one subject was a focusing target in a history image, the focused subject information being related to the history image, the history image being photographed by the first photographing part in the past. a first photographing part configured to photograph a plurality of subjects; an autofocus part configured to focus a lens on any one of the subjects; a detector configured to detect the plurality of subjects from an image photographed by the first photographing part ; a priority setting part configured to set a priority on each of the plurality of subjects detected by the detector using one or a plurality of pieces of photographing history information; a focused subject selector configured to select at least one subject on which the autofocus part focuses the lens from the plurality of subjects, in order of the priority set by the priority setting part ; and a presenting part configured to present the subject selected by the focused subject selector; characterized in that the photographing history information including focused subject information, AF, indicating that the at least one subject was a focusing target in a history image, the focused subject information being related to the history image, the history image being photographed by the first photographing part in the past.
A fluid conduit for use in imparting energy to a fluid present in the fluid conduit or flowing therethrough for use in sensing a property of the fluid, the fluid conduit comprising: a wall defining a fluid flow path and comprising a composite material formed of at least a matrix and one or more reinforcing elements embedded within the matrix, wherein the reinforcing elements comprise carbon fibres; and a confinement feature within the wall and being configured to confine energy within a cavity , wherein at least a portion of the fluid flow path extends through the cavity , wherein the confinement feature is configured to confine electromagnetic energy having a radio frequency, wherein the wall comprises an inert region extending between the confinement feature and the fluid flow path , the inert region being configured to transmit energy therethrough, wherein the fluid conduit comprises a source of electromagnetic energy and wherein the cavity is configured to be resonant at a predetermined radio frequency or over a predetermined range of radio frequencies. a wall defining a fluid flow path and comprising a composite material formed of at least a matrix and one or more reinforcing elements embedded within the matrix, wherein the reinforcing elements comprise carbon fibres; and a confinement feature within the wall and being configured to confine energy within a cavity , wherein at least a portion of the fluid flow path extends through the cavity , wherein the confinement feature is configured to confine electromagnetic energy having a radio frequency, wherein the wall comprises an inert region extending between the confinement feature and the fluid flow path , the inert region being configured to transmit energy therethrough, wherein the fluid conduit comprises a source of electromagnetic energy and wherein the cavity is configured to be resonant at a predetermined radio frequency or over a predetermined range of radio frequencies.
A mortar tape comprising mortar and a mesh-like and tape-like support for the mortar, which is formed by bars with a mesh size (w), wherein the mortar forms an exposed, flexible and dry mortar layer on both sides of the support, wherein the dry mortar adheres to the bars of the support, characterised in that the mortar layer has a strip-like layer thickness profile with strip-like regions of greater mortar layer thickness parallel to one another, between which there are regions of smaller mortar layer thickness , wherein the distance between the parallel regions of greater mortar layer thickness and the distance between the regions of smaller mortar layer thickness in a direction lying perpendicularly to their strip-like extent corresponds to the mesh width (w) in this direction.
An ink supply apparatus for a printer, comprising: an ink chamber to store ink; and a machine readable storage medium , carried by the ink supply , to store a plurality of priming parameters, the priming parameter having a value to cause a printer to configure a priming procedure of the printer , wherein the priming parameter comprises a value to cause the printer to permit priming procedures associated with the ink supply subsequent to an initial priming procedure wherein the initial priming procedure is a priming procedure to be performed at the time of an initial or out-of-box set up, prior to any printing by the printer , and wherein the ink supply for the printer is one of a magenta ink supply , a cyan ink supply and a yellow ink supply , which are able to provide ink to the same printhead or set of printheads , wherein the priming parameter comprises a count of a number of priming procedures to be performed by the printer , and wherein the machine readable storage medium is to store a plurality of priming parameters, wherein the print head or set of printheads are able to undergo a priming procedure that affects the cyan, yellow and magenta ink supplies simultaneously, wherein the machine-readable storage medium of the ink supply for the printer is selectable as a representative of the print head (104 C) by a priming controller for the purposes of configuring the printer to perform priming procedures on said printhead or set of printheads, wherein the priming parameter comprises a value to cause the printer to perform or not to perform pre-job priming procedures . an ink chamber to store ink; and a machine readable storage medium , carried by the ink supply , to store a plurality of priming parameters, the priming parameter having a value to cause a printer to configure a priming procedure of the printer , wherein the priming parameter comprises a value to cause the printer to permit priming procedures associated with the ink supply subsequent to an initial priming procedure wherein the initial priming procedure is a priming procedure to be performed at the time of an initial or out-of-box set up, prior to any printing by the printer , and wherein the ink supply for the printer is one of a magenta ink supply , a cyan ink supply and a yellow ink supply , which are able to provide ink to the same printhead or set of printheads , wherein the priming parameter comprises a count of a number of priming procedures to be performed by the printer , and wherein the machine readable storage medium is to store a plurality of priming parameters, wherein the print head or set of printheads are able to undergo a priming procedure that affects the cyan, yellow and magenta ink supplies simultaneously, wherein the machine-readable storage medium of the ink supply for the printer is selectable as a representative of the print head (104 C) by a priming controller for the purposes of configuring the printer to perform priming procedures on said printhead or set of printheads, wherein the priming parameter comprises a value to cause the printer to perform or not to perform pre-job priming procedures .
Device for connecting several functional electric elements configured to be arranged on a transparent window , said device comprising : - conductors isolated from each other, - a single contact element , made up of a flexible matrix formed of plastic in which the conductors are arranged, and equipped with an output lead , - connecting conductors , - contact faces , configured to be arranged on the face of the window near the edge of the window , and covered by the contact element , - circuit elements , said connecting device being configured to connect each functional element to communication assemblies, which follow outside the window beyond the output lead , via at least one of the contact faces , the contact faces being configured to be connected to the conductors by connection faces of the conductors, characterized in that contact faces are configured to be distributed along the edge of the window ; in that the contact element has a shape tailored to the edge of the window; and in that the matrix of the contact element is also designed to be a support for circuit elements arranged in close proximity to the contact faces and electrically connected thereto by conductors and connecting conductors . - conductors isolated from each other, - a single contact element , made up of a flexible matrix formed of plastic in which the conductors are arranged, and equipped with an output lead , - connecting conductors , - contact faces , configured to be arranged on the face of the window near the edge of the window , and covered by the contact element , - circuit elements ,