mhurhangee/ep-ind-claims huggingface dataset:
Frame for cold room doors comprising a box-like body adapted to be fixed to a wall of a cold room to obtain an at least partial framework; said body being provided with a seat adapted to contain heating means, and any power supply means for said heating means; said frame comprising a heat sink adapted to be coupled to said body to close said seat, and to receive heat from said heating means; said heat sink comprising an outer abutment surface for a door of said cold room, and an inner surface facing said heating means in use; wherein said heat sink comprises coupling arms (30, 32) arranged to be cantilevered with respect to said inner surface, adapted to be contained at least partially between opposite side surfaces (34, 36) of said seat, said coupling arms (30, 32) being elastically deformable towards and away from each other; said coupling arms (30, 32), on the surface thereof facing said opposite side surfaces (34, 36) of said seat in use, being provided with at least one coupling tooth (38, 40), characterized in that said opposite side surfaces (34, 36) of said seat being provided with a plurality of mutually parallel recesses (42, 44, 46, 48, 50) at different heights with respect to the bottom of the seat and adapted to house said at least one coupling tooth (38, 40); wherein the coupling defined by said at least one coupling tooth (38, 40) arranged on each coupling arm (30, 32) with at least one of said recesses (42, 44, 46, 48, 50) on said respective opposite side surfaces (34, 36) defines a plurality of possible coupling positions between said heat sink element and said seat. said body being provided with a seat adapted to contain heating means, and any power supply means for said heating means; said frame comprising a heat sink adapted to be coupled to said body to close said seat, and to receive heat from said heating means; said heat sink comprising an outer abutment surface for a door of said cold room, and an inner surface facing said heating means in use; wherein said heat sink comprises coupling arms (30, 32) arranged to be cantilevered with respect to said inner surface, adapted to be contained at least partially between opposite side surfaces (34, 36) of said seat, said coupling arms (30, 32) being elastically deformable towards and away from each other; said coupling arms (30, 32), on the surface thereof facing said opposite side surfaces (34, 36) of said seat in use, being provided with at least one coupling tooth (38, 40), characterized in that said opposite side surfaces (34, 36) of said seat being provided with a plurality of mutually parallel recesses (42, 44, 46, 48, 50) at different heights with respect to the bottom of the seat and adapted to house said at least one coupling tooth (38, 40); wherein the coupling defined by said at least one coupling tooth (38, 40) arranged on each coupling arm (30, 32) with at least one of said recesses (42, 44, 46, 48, 50) on said respective opposite side surfaces (34, 36) defines a plurality of possible coupling positions between said heat sink element and said seat.
A process for the preparation of an aldaric acid by the oxidation of the corresponding uronic acid, wherein a starting material comprising the uronic acid is subjected to oxygen under the influence of a supported gold catalyst at a pH below 7, wherein the gold catalyst is a monometallic or bimetallic gold catalyst, wherein the oxidation is carried out at a temperature in the range of from 30°C to 100°C.
Method for creating a seal, comprising: providing a multi-part structure comprised of adjacent parts (112a, 112b; 512a, 512b) that form a housing (112; 512) and have a contact surface (114; 514) therebetween; disposing at least one light source inside the housing (112; 512); applying a light-curable adhesive at the contact surface (114; 514); and powering the at least one light source to transmit light sufficient to cure the light-curable adhesive from inside the housing (112; 512) and, thereby, form a hermetic seal at the contact surface (114; 514) between the adjacent parts. providing a multi-part structure comprised of adjacent parts (112a, 112b; 512a, 512b) that form a housing (112; 512) and have a contact surface (114; 514) therebetween; disposing at least one light source inside the housing (112; 512); applying a light-curable adhesive at the contact surface (114; 514); and powering the at least one light source to transmit light sufficient to cure the light-curable adhesive from inside the housing (112; 512) and, thereby, form a hermetic seal at the contact surface (114; 514) between the adjacent parts.
Induction oven apparatus with at least one inductively heatable heating element, with at least one control unit and with at least one inductor, which is intended for inductive heating of the heating element, characterised in that, in a heating-up operating state, the control unit operates the inductor in a pulsed and cyclical manner with at least one cycle duration and, in the heating-up operating state, ascertains the cycle duration as a function of at least one current heating parameter in relation to at least one reference heating parameter.
An electrodeposited copper foil comprising a drum side and a deposited side opposing the drum side, wherein at least one of the drum side and the deposited side exhibits a void volume (Vv) in the range of 0.17 μm 3 /μm 2 to 1.17 μm 3 /μm 2; and an absolute value of a difference between a maximum height (Sz) of the drum side and a Sz of the deposited side is in the range of less than 0.60 μm; wherein a void volume is obtained according to Standard Method ISO 25178-2:2012; the Vv refers to a void volume at a material ratio of 10%; the Sz is obtained according to Standard Method ISO 25178-2:2012.
Lithium electrode, comprising a first lithium layer, which consists of lithium or a lithium alloy, a current collector arranged on a first side of the first lithium layer and a lithium-ion-conducting protective layer arranged on a second side of the first lithium layer, opposite from the first side, there being arranged between the first lithium layer and the protective layer an intermediate layer, which completely covers the second side of the first lithium layer, characterized in that both the protective layer and the intermediate layer each have an electrical conductivity of less than 10 -10 S/cm.
An information processing apparatus comprising: an image processing unit configured to generate a display image including a game image; a distribution processing unit configured to distribute the display image to one or more of information processing terminals (12b, 12c, 12d) through a shared server; a participation processing unit configured to accept play requests of viewing users operating the information processing terminals (12b, 12c, 12d) and to approve a game play of one of the viewing users who has made a request for a play; and an application execution unit configured to process a game using operation information transmitted from the information processing terminal (12b, 12c, 12d) operated by the viewing user the game play of which has been approved, wherein the participation processing unit counts the number of play requests which have been accepted, and the image processing unit includes the counted number of the play requests in the display image, wherein the participation processing unit is configured to approve the game play of one of the viewing users who has made a request for a play based on a predetermined criterion, wherein the participation processing unit is configured to automatically select the viewing user who has the highest skill level or who is the first person expressing his intention to participate in the game. an image processing unit configured to generate a display image including a game image; a distribution processing unit configured to distribute the display image to one or more of information processing terminals (12b, 12c, 12d) through a shared server; a participation processing unit configured to accept play requests of viewing users operating the information processing terminals (12b, 12c, 12d) and to approve a game play of one of the viewing users who has made a request for a play; and an application execution unit configured to process a game using operation information transmitted from the information processing terminal (12b, 12c, 12d) operated by the viewing user the game play of which has been approved, wherein the participation processing unit counts the number of play requests which have been accepted, and the image processing unit includes the counted number of the play requests in the display image, wherein the participation processing unit is configured to approve the game play of one of the viewing users who has made a request for a play based on a predetermined criterion, wherein the participation processing unit is configured to automatically select the viewing user who has the highest skill level or who is the first person expressing his intention to participate in the game.
A method for forming a composite component, the method comprising: providing a first mould tool (46, 61) and a second mould tool (20, 21, 22, 63, 64, 70, 72), the first and second mould tools being configured so as to be capable of defining at least part of a mould cavity between them, and the second mould tool having a moulding surface defined by at least two demountable mould bodies (21, 22, 64, 72); attaching the first mould tool (46, 61) to a press (44, 60) at a first workstation; subsequently, at a second workstation spaced from the first workstation, loading at least part of the second mould tool (20, 70, 63) with reinforcement material (25, 71) whilst the first mould tool (46, 61) remains attached to the press (44, 60) at the first workstation, wherein during the said loading step the demountable mould bodies of the second tool are demounted from each other by being brought out of mutual sealing engagement; moving the second mould tool (20, 21, 22, 63, 64, 70, 72) to the press (44, 60) at the first workstation in such a position as to confront the first mould tool (46, 61), wherein the demountable bodies of the second mould tool are fixed in relative position to be in mutual sealing engagement during the moving of the second mould tool; causing the press (44, 60) to effect relative movement of the first and second tools to bring the first and second tools into mating arrangement so as to define a mould cavity therebetween; and setting in shape the reinforcement material (25, 71) located in the mould cavity. providing a first mould tool (46, 61) and a second mould tool (20, 21, 22, 63, 64, 70, 72), the first and second mould tools being configured so as to be capable of defining at least part of a mould cavity between them, and the second mould tool having a moulding surface defined by at least two demountable mould bodies (21, 22, 64, 72); attaching the first mould tool (46, 61) to a press (44, 60) at a first workstation; subsequently, at a second workstation spaced from the first workstation, loading at least part of the second mould tool (20, 70, 63) with reinforcement material (25, 71) whilst the first mould tool (46, 61) remains attached to the press (44, 60) at the first workstation, wherein during the said loading step the demountable mould bodies of the second tool are demounted from each other by being brought out of mutual sealing engagement; moving the second mould tool (20, 21, 22, 63, 64, 70, 72) to the press (44, 60) at the first workstation in such a position as to confront the first mould tool (46, 61), wherein the demountable bodies of the second mould tool are fixed in relative position to be in mutual sealing engagement during the moving of the second mould tool; causing the press (44, 60) to effect relative movement of the first and second tools to bring the first and second tools into mating arrangement so as to define a mould cavity therebetween; and setting in shape the reinforcement material (25, 71) located in the mould cavity.
An electrical device (1, 20, 30) comprising a crosslinked layer (3, 4, 5) obtained from a crosslinkable polymer composition comprising a polymer material and particles having polyhedral structure, characterized in that the particles have a melting point of no more than 200 °C, and the polymer material comprises one or more olefin polymers.
An optical communications device for free-space optical communication, comprising: one or more clusters of laser emitters configured to emit a plurality of laser beams; an optical diffusing element configured to receive the plurality of laser beams and output a plurality of diffuse cones, wherein a diffuse cone of the plurality of diffuse cones corresponds to a laser beam of the plurality of laser beams; one or more collimating lenses configured to combine the plurality of diffuse cones into a bundle of laser beams; one or more collection lenses configured to receive and focus the bundle of laser beams into a focused bundle of laser beams; and one or more clusters of laser detectors configured to receive the focused bundle of laser beams from the one or more collection lenses, wherein each cluster of detectors is configured to be optically coupled with a corresponding cluster of emitters by the one or more collimating lenses and the one or more collection lenses. one or more clusters of laser emitters configured to emit a plurality of laser beams; an optical diffusing element configured to receive the plurality of laser beams and output a plurality of diffuse cones, wherein a diffuse cone of the plurality of diffuse cones corresponds to a laser beam of the plurality of laser beams; one or more collimating lenses configured to combine the plurality of diffuse cones into a bundle of laser beams; one or more collection lenses configured to receive and focus the bundle of laser beams into a focused bundle of laser beams; and one or more clusters of laser detectors configured to receive the focused bundle of laser beams from the one or more collection lenses, wherein each cluster of detectors is configured to be optically coupled with a corresponding cluster of emitters by the one or more collimating lenses and the one or more collection lenses.
An apparatus for forming a growing substrate, the apparatus comprising: - a magazine for storing one or more sheet elements; and - a cutting device (22, 14) configured to cut an elongated growing substrate out of the edge of one or more sheet elements in the magazine, for being placed inside an elongated trough for growing seeds and/or seedlings; - wherein the apparatus is further configured to drop, to assist or to guide the cut-out growing substrate into the trough, characterized in that the apparatus further comprises: - an upper stop surface, against which the new cut edge of the sheet element is placed during cutting; and - a lower stop surface, against which the old edge of the sheet element to be cut is placed during cutting; - wherein the cutting device further comprises a blade configured to cut the growing substrate out of the sheet element; and - wherein the upper stop surface and the lower stop surface are placed one after the other and the blade is placed between the upper stop surface and the lower stop surface. - a magazine for storing one or more sheet elements; and - a cutting device (22, 14) configured to cut an elongated growing substrate out of the edge of one or more sheet elements in the magazine, for being placed inside an elongated trough for growing seeds and/or seedlings; - wherein the apparatus is further configured to drop, to assist or to guide the cut-out growing substrate into the trough, - an upper stop surface, against which the new cut edge of the sheet element is placed during cutting; and - a lower stop surface, against which the old edge of the sheet element to be cut is placed during cutting; - wherein the cutting device further comprises a blade configured to cut the growing substrate out of the sheet element; and - wherein the upper stop surface and the lower stop surface are placed one after the other and the blade is placed between the upper stop surface and the lower stop surface.
A system for transmitting a position of an ownship aircraft, wherein the system is configured to be mounted on the ownship aircraft, the system characterized in that it comprises: a positioning system configured to receive positioning signals; a cellular transceiver; an automatic-dependent surveillance - broadcast 'ADS-B' transceiver; and processing circuitry configured to: determine the position of the ownship aircraft based on the positioning signals; determine that the ownship aircraft is located in an identified risk volume based on the position of the ownship aircraft; cause the ADS-B transceiver to transmit ADS-B signals indicating the position of the ownship aircraft in response to determining that the ownship aircraft is located in the identified risk volume; and characterised by being configured to cause the cellular transceiver to transmit cellular signals indicating the position of the ownship aircraft simultaneously with the ADS-B transceiver transmitting the ADS-B signals in response to determining that the ownship aircraft is located in the identified risk volume. a positioning system configured to receive positioning signals; a cellular transceiver; an automatic-dependent surveillance - broadcast 'ADS-B' transceiver; and processing circuitry configured to: determine the position of the ownship aircraft based on the positioning signals; determine that the ownship aircraft is located in an identified risk volume based on the position of the ownship aircraft; cause the ADS-B transceiver to transmit ADS-B signals indicating the position of the ownship aircraft in response to determining that the ownship aircraft is located in the identified risk volume; and characterised by being configured to cause the cellular transceiver to transmit cellular signals indicating the position of the ownship aircraft simultaneously with the ADS-B transceiver transmitting the ADS-B signals in response to determining that the ownship aircraft is located in the identified risk volume. determine the position of the ownship aircraft based on the positioning signals; determine that the ownship aircraft is located in an identified risk volume based on the position of the ownship aircraft; cause the ADS-B transceiver to transmit ADS-B signals indicating the position of the ownship aircraft in response to determining that the ownship aircraft is located in the identified risk volume; and characterised by being configured to cause the cellular transceiver to transmit cellular signals indicating the position of the ownship aircraft simultaneously with the ADS-B transceiver transmitting the ADS-B signals in response to determining that the ownship aircraft is located in the identified risk volume.
Transmission mounted in a housing between a turbine and a generator on top of a tower of a wind turbine, comprising a gearbox (17, 19) and in the gearbox a main gear (10, 18, 42, 45) mounted on a main gear shaft (20, 41) and a pinion that engages a set of gear teeth of the main gear, the turbine comprises a turbine rotor with rotor blades for the wind turbine, a rotor shaft (9, 38) supported in a rotor bearing (8, 36) that is mounted in the housing, the pinion is mounted on a pinion shaft and pinion shaft bearings (11, 48) support the pinion shaft in the gearbox (17, 19) and the pinion shaft is coupled to a hydraulic pump mounted on the gearbox (17, 18), a hydraulic motor drives the generator and a high-pressure line and a low-pressure line connect the hydraulic motor and the hydraulic pump, characterized in that the main gear shaft (9, 20, 41) and the rotor shaft (9, 38) together form a common shaft and a main gear shaft bearing is mounted between the common shaft and the gearbox (17, 19) and at least two tension bars equally spaced around the circumference of the gearbox (17, 19) couple the gearbox to the housing, the tension bars prevent the rotation of the gearbox (17, 19) and leave the gearbox free to move in linear directions.
An image forming apparatus having a rotation member which is used for image formation or carrying a printing material, and a detector which detects light coming from the rotation member, the apparatus comprising: an acquisition means for acquiring first waveform data and second waveform data of the surface of the rotation member based on detection by the detector, the second waveform data being detected from at least part of the surface of the rotation member on which the first waveform data has been detected, wherein a detecting timing of the second waveform data is determined based on a timing when the first waveform data has been detected and a nominal circumference of the rotation member; characterised by a calculation means for calculating an actual circumference of the rotation member from the nominal circumference of the rotation member and a shift amount obtained by comparing the acquired first waveform data and second waveform data. an acquisition means for acquiring first waveform data and second waveform data of the surface of the rotation member based on detection by the detector, the second waveform data being detected from at least part of the surface of the rotation member on which the first waveform data has been detected, wherein a detecting timing of the second waveform data is determined based on a timing when the first waveform data has been detected and a nominal circumference of the rotation member; characterised by a calculation means for calculating an actual circumference of the rotation member from the nominal circumference of the rotation member and a shift amount obtained by comparing the acquired first waveform data and second waveform data.
An image forming apparatus, comprising: means for storing programs for controlling processes that are provided by the image forming apparatus so as to manage the usage of the apparatus and a plurality of counters for counting usage amounts of the installed programs; means (206, 907) for recognising a counter which corresponds to one of the stored programs; means (204, 905) for correlating that program with the counter recognised by the recognising means (206, 907), and the apparatus further being characterised by: means (206, 907) for uninstalling a stored program; control means (10, 206, 907) configured to: when a program stored in the image forming apparatus is uninstalled, free the counter corresponding to the program after count information of that counter is stored, and allocate the free counter to a newly-installed program. means for storing programs for controlling processes that are provided by the image forming apparatus so as to manage the usage of the apparatus and a plurality of counters for counting usage amounts of the installed programs; means (206, 907) for recognising a counter which corresponds to one of the stored programs; means (204, 905) for correlating that program with the counter recognised by the recognising means (206, 907), and the apparatus further being characterised by: means (206, 907) for uninstalling a stored program; control means (10, 206, 907) configured to: when a program stored in the image forming apparatus is uninstalled, free the counter corresponding to the program after count information of that counter is stored, and allocate the free counter to a newly-installed program. means (206, 907) for uninstalling a stored program; control means (10, 206, 907) configured to: when a program stored in the image forming apparatus is uninstalled, free the counter corresponding to the program after count information of that counter is stored, and allocate the free counter to a newly-installed program. when a program stored in the image forming apparatus is uninstalled, free the counter corresponding to the program after count information of that counter is stored, and allocate the free counter to a newly-installed program.