mhurhangee/ep-ind-claims huggingface dataset:
An industrial truck comprising: wall structure defining a compartment; a pivoting door spanning an opening in the wall structure when in a closed position; pivoting structure coupling the pivoting door to the wall structure allowing the pivoting door to pivot relative to the wall structure; and characterised by a latching structure comprising: a latching bolt coupled to the wall structure; a latching arm having a first end and a second end, wherein the arm is pivotably mounted at the first end to an element of the pivoting door; and a latch torsion spring associated with the element and engaging the latching arm to bias the latching arm towards the latching bolt when the pivoting door moves in a direction from the closed position towards an open position. wall structure defining a compartment; a pivoting door spanning an opening in the wall structure when in a closed position; pivoting structure coupling the pivoting door to the wall structure allowing the pivoting door to pivot relative to the wall structure; and characterised by a latching structure comprising: a latching bolt coupled to the wall structure; a latching arm having a first end and a second end, wherein the arm is pivotably mounted at the first end to an element of the pivoting door; and a latch torsion spring associated with the element and engaging the latching arm to bias the latching arm towards the latching bolt when the pivoting door moves in a direction from the closed position towards an open position. a latching bolt coupled to the wall structure; a latching arm having a first end and a second end, wherein the arm is pivotably mounted at the first end to an element of the pivoting door; and a latch torsion spring associated with the element and engaging the latching arm to bias the latching arm towards the latching bolt when the pivoting door moves in a direction from the closed position towards an open position.
Pan support for a gas hob comprising a metal frame with an inner wall and an upper part adjacent to the inner wall wherein the cross-section of the frame has a rectangular-like form and the width of a base of the frame is shorter than the height of the inner wall; and a support arm made of flat metal, which is secured to the upper part through a base such that extending inwardly at the frame; an elongated part is extending to the frame through the base and a welding seam provided between the elongated part and the frame; the elongated part is arranged to be adjacent to the inner wall of the frame, the support arm comprises a blade part rising from the base, characterized in that the welding seam is a spot welding and comprises a first seam between the support arm and the upper part and a second seam between the elongated part and the inner wall; the first seam and the second seam are positioned perpendicular to each other and the elongated part is directly fixed to the inner wall by the second seam.
A mold assembly comprising: a mold frame (24, 124, 324) having an opening (32, 40, 132, 138, 238) extending in a plane; and a movable mold insert adjuster (28, 428, 528, 628, 728) to move a mold insert having a slot forming protrusion within the plane within said opening (32, 40, 132, 138, 238), characterized by further comprising a base connected to the mold frame (24, 124, 324), the base comprising a fluid ejection die retainer to retain a fluid ejection die opposite the mold insert (126, 326), and by further comprising the mold insert (126, 326), wherein the slot forming protrusion is configured to form a slot that is to connect to the fluid passage (134, 154) of the fluid ejection die. a movable mold insert adjuster (28, 428, 528, 628, 728) to move a mold insert having a slot forming protrusion within the plane within said opening (32, 40, 132, 138, 238), characterized by further comprising a base connected to the mold frame (24, 124, 324), the base comprising a fluid ejection die retainer to retain a fluid ejection die opposite the mold insert (126, 326), and by further comprising the mold insert (126, 326), wherein the slot forming protrusion is configured to form a slot that is to connect to the fluid passage (134, 154) of the fluid ejection die.
A verifier device comprising: a memory device; and a processor subsystem, which when configured by instructions stored on the memory device, is operable to perform the operations comprising: transmitting, to a user device, an indication of supported unclonable functions and a challenge value, optionally wherein the challenge value is a random value; receiving, from the user device, the indication of supported unclonable functions, a selected unclonable function, and a result, the selected unclonable function selected from the supported unclonable functions, and the result being derived from an output of the selected unclonable function with the challenge value used as input to the selected unclonable function; obtaining an expected result of the selected unclonable function with the challenge value as input; and authenticating the user device based on a comparison between the expected result and the result received from the user device. a memory device; and a processor subsystem, which when configured by instructions stored on the memory device, is operable to perform the operations comprising: transmitting, to a user device, an indication of supported unclonable functions and a challenge value, optionally wherein the challenge value is a random value; receiving, from the user device, the indication of supported unclonable functions, a selected unclonable function, and a result, the selected unclonable function selected from the supported unclonable functions, and the result being derived from an output of the selected unclonable function with the challenge value used as input to the selected unclonable function; obtaining an expected result of the selected unclonable function with the challenge value as input; and authenticating the user device based on a comparison between the expected result and the result received from the user device. transmitting, to a user device, an indication of supported unclonable functions and a challenge value, optionally wherein the challenge value is a random value; receiving, from the user device, the indication of supported unclonable functions, a selected unclonable function, and a result, the selected unclonable function selected from the supported unclonable functions, and the result being derived from an output of the selected unclonable function with the challenge value used as input to the selected unclonable function; obtaining an expected result of the selected unclonable function with the challenge value as input; and authenticating the user device based on a comparison between the expected result and the result received from the user device.
A scroll compressor comprising: a partition wall that divides a sealed vessel into a high-pressure space and a low-pressure space; a non-orbiting scroll provided in the low-pressure space, the non-orbiting scroll being disposed adjacent to the partition wall; an orbiting scroll that engages with the non-orbiting scroll with a compression chamber defined between the orbiting scroll and the non-orbiting scroll; a rotational shaft that orbits the orbiting scroll; a main bearing that supports the orbiting scroll; a plurality of elastic bodies that bias one of the non-orbiting scroll and the orbiting scroll so as to separate the non-orbiting scroll from the orbiting scroll; and a plurality of columnar members that are fixed at one ends of the columnar members and are movable at the other ends of the columnar members with respect to the main bearing and the non-orbiting scroll, the columnar members being disposed in a circumferential direction; wherein the non-orbiting scroll or the orbiting scroll biased by the elastic bodies is movable between the partition wall and the main bearing in an axial direction of the rotational shaft, characterized in that the elastic bodies are disposed between the plurality of columnar members in the circumferential direction; wherein one end of each of the plurality of elastic bodies and one end of each of the plurality of columnar members are disposed at the main bearing so as to be close to each other.
A method for managing server apparatuses, applicable to a management apparatus, the method comprising: searching a server apparatus to be managed; receiving an Internet Protocol address of a Baseboard Management Controller from the BMC of the server apparatus; obtaining identification information of an Operating System of the server apparatus according to the IP address of the BMC, wherein the identification information is an IP address of the OS or a hostname; and the method further comprising: newly adding a server object in a database of the management apparatus when taking the server apparatus into management; updating the IP address of the BMC into the server object; binding the IP address of the BMC and the identification information; updating an out-of-band message received from the BMC into the server object according to the identification information bound with the IP address of the BMC, wherein a destination for sending the out-of-band message is set to be the management apparatus when taking the server apparatus into management. searching a server apparatus to be managed; receiving an Internet Protocol address of a Baseboard Management Controller from the BMC of the server apparatus; obtaining identification information of an Operating System of the server apparatus according to the IP address of the BMC, wherein the identification information is an IP address of the OS or a hostname; and the method further comprising: newly adding a server object in a database of the management apparatus when taking the server apparatus into management; updating the IP address of the BMC into the server object; binding the IP address of the BMC and the identification information; updating an out-of-band message received from the BMC into the server object according to the identification information bound with the IP address of the BMC, wherein a destination for sending the out-of-band message is set to be the management apparatus when taking the server apparatus into management.
A random number generating apparatus comprising: at least two light sources (10; 111a-111d); a light detection unit configured to comprise at least one pixel to detect light signals that are radiated from the at least two light sources (10; 111a-111d); and a random number generation unit configured to generate a random number using quantum noise of a light quantity detected by the pixel, characterized in that the at least two light sources (10; 111a-111d) are symmetrically disposed with respect to the light detection unit in order to equalize time-average light intensity values of the light signals input to each pixel when the light signals radiated respectively from the at least two light sources (10; 111a-111d) merge to be input to the pixel. at least two light sources (10; 111a-111d); a light detection unit configured to comprise at least one pixel to detect light signals that are radiated from the at least two light sources (10; 111a-111d); and a random number generation unit configured to generate a random number using quantum noise of a light quantity detected by the pixel, characterized in that the at least two light sources (10; 111a-111d) are symmetrically disposed with respect to the light detection unit in order to equalize time-average light intensity values of the light signals input to each pixel when the light signals radiated respectively from the at least two light sources (10; 111a-111d) merge to be input to the pixel.
A process for producing isocyanates comprising the steps of a) providing a component with an azolide moiety and optionally a solvent, b) adding an acid having a pKs below 4 at a temperature below 40°C, c) optionally heating the composition to a temperature above 70°C and d) optionally removing or isolating the isocyanate from the reaction mixture, wherein the azolide is a heterocyclic amide, urea or urethane in which the amide nitrogen is part of an imidazole, triazole, tetrazole, benzimidazole or benzotriazole and wherein the isocyanate is characterized by the following structure: G-K-NCO with G comprising an acyloyl moiety and K being a C 2 to C 12 saturated or unsaturated linear, branched or cyclic alkylidene wherein the carbon chain can be interrupted by one, two, three or four oxygen atoms. a) providing a component with an azolide moiety and optionally a solvent, b) adding an acid having a pKs below 4 at a temperature below 40°C, c) optionally heating the composition to a temperature above 70°C and d) optionally removing or isolating the isocyanate from the reaction mixture, wherein the azolide is a heterocyclic amide, urea or urethane in which the amide nitrogen is part of an imidazole, triazole, tetrazole, benzimidazole or benzotriazole and wherein the isocyanate is characterized by the following structure: G-K-NCO with G comprising an acyloyl moiety and K being a C 2 to C 12 saturated or unsaturated linear, branched or cyclic alkylidene wherein the carbon chain can be interrupted by one, two, three or four oxygen atoms.
A method for controlling an ionisation device, particularly an ionisation device for ionising air for ventilating interior spaces, preferably interior spaces of vehicles, wherein the ionisation device intermittently releases ions of a first ion type in a normal operating mode, wherein the ionisation device is operated intermittently in at least one regeneration mode (15, 16) in which ions with a second ion type, different from the first ion type, are released, characterised in that the ionisation device is operated in consecutive cycles in which the ionisation device is in each case operated first in the normal operation mode, then in the regeneration mode for a certain period of time.
A sensor system comprising an image sensor structure comprising: an image layer disposed over a base substrate having a bottom surface; an array of light detectors disposed in the image layer; a device stack disposed over the image layer and comprising device circuitry connected to the light detectors; an array of light guides disposed in the device stack, each light guide associated with at least one light detector of the array of light detectors; a bond pad disposed in the device stack and interfacing with the device circuitry to enable transmission of data signals from the light detectors to external devices; a passivation stack disposed over the device stack and the bond pad; an array of nanowells disposed in a top layer of the passivation stack; a through-silicon via in electrical contact with the bond pad, the through-silicon via extending through the base substrate; and a redistribution layer disposed on the bottom surface of the base substrate, the redistribution layer being in electrical contact with the through-silicon via; and a flow cell disposed upon the top layer of the passivation stack thereby forming a flow channel therebetween; wherein the flow channel is disposed over the array of nanowells and extends over the bond pad; wherein the passivation stack is disposed between the flow channel and the bond pad. an image layer disposed over a base substrate having a bottom surface; an array of light detectors disposed in the image layer; a device stack disposed over the image layer and comprising device circuitry connected to the light detectors; an array of light guides disposed in the device stack, each light guide associated with at least one light detector of the array of light detectors; a bond pad disposed in the device stack and interfacing with the device circuitry to enable transmission of data signals from the light detectors to external devices; a passivation stack disposed over the device stack and the bond pad; an array of nanowells disposed in a top layer of the passivation stack; a through-silicon via in electrical contact with the bond pad, the through-silicon via extending through the base substrate; and a redistribution layer disposed on the bottom surface of the base substrate, the redistribution layer being in electrical contact with the through-silicon via; and a flow cell disposed upon the top layer of the passivation stack thereby forming a flow channel therebetween; wherein the flow channel is disposed over the array of nanowells and extends over the bond pad; wherein the passivation stack is disposed between the flow channel and the bond pad.
A method for accessing information in a directory by an application, wherein a function library handles a first request from the application for fetching the information from a server and wherein the first request is forwarded from the function library to the server by a client module, the method further comprising the steps of, - sending a request identifier from the function library to the application when the first request is forwarded to the server, - receiving a response signal from the server to the first request by the application, wherein the response signal comprises a response identifier, - checking the response identifier to match the response signal to the first request, - calling by the application of a function from the function library for decoding the response signal and - returning the decoded response signal from the function library to the application. - sending a request identifier from the function library to the application when the first request is forwarded to the server, - receiving a response signal from the server to the first request by the application, wherein the response signal comprises a response identifier, - checking the response identifier to match the response signal to the first request, - calling by the application of a function from the function library for decoding the response signal and - returning the decoded response signal from the function library to the application.
Kit for manufacturing a modular sealing apparatus for an installation assembly, which installation assembly serves for accommodating a measuring insert, the kit comprising at least one piston, one bushing, and one sealing element, wherein the piston and the bushing are manufactured such that they are assembeable and serve to accommodate the measuring insert by a bore provided in the piston and in the bushing, wherein the piston, when assembled with the bushing, is interactively connected with the bushing such that a pressure transmitted by the piston to the bushing serves to deform the at least one sealing element, which is preferably arrangeable on at least one end of the bushing, and thereby, in the case of introduced measuring insert, to achieve a sealing action in order to seal the bore extending through the piston and the bushing, characterized in that the kit comprises a failure detection unit with at least one sensing element (14a,14b,14c), which serves to detect at least one failure condition of the installation assembly, and an electronics (15a,15b,15c) embodied such that it converts the at least one failure condition into a failure signal, wherein the failure detection unit is embodied such that the sensing element (14qa,14b,14c) is capable of detecting a movement and/or a change of the geometrical location of the piston, and such, that the failure detection unit detects the initiation of sealing event or any action associated therewith.
A formulation suitable for the control or prevention of infection by Nosema ceranae in Apis mellifera bees, wherein said formulation comprises: i) α-terpineol, eucalyptol and β-phellandrene as the main active compounds; ii) minor compounds from essential oil of peumo ( Cryptocaria alba) leaves; and iii) excipients for syrup or aerosol administration. i) α-terpineol, eucalyptol and β-phellandrene as the main active compounds; ii) minor compounds from essential oil of peumo ( Cryptocaria alba) leaves; and iii) excipients for syrup or aerosol administration.
A user equipment, UE, comprising: means for receiving a wireless signal of a control channel, wherein the wireless signal comprises an N bit field and control information and the N bit field comprises an N bit cyclic redundancy check, CRC, that is generated using the control information modulo two added to a value comprising a repeated UE identity; means for recovering a CRC from the control information and means for determining whether the UE identity is any one of a plurality of UE identities associated with the UE; and means for processing the control information on a condition that the determined UE identity is one of the UE identities associated with the UE. means for receiving a wireless signal of a control channel, wherein the wireless signal comprises an N bit field and control information and the N bit field comprises an N bit cyclic redundancy check, CRC, that is generated using the control information modulo two added to a value comprising a repeated UE identity; means for recovering a CRC from the control information and means for determining whether the UE identity is any one of a plurality of UE identities associated with the UE; and means for processing the control information on a condition that the determined UE identity is one of the UE identities associated with the UE.
Method for treating a product of the plant organism type comprising water and all or part of at least one substance with antioxidant, and/or aromatic, and/or organoleptic, and/or nutritional and/or antifungal properties, said method comprising the following steps: a) introducing said product into a vessel transparent to waves, said vessel being inside a heating enclosure comprising at least one microwave generator; and b) heating said product using microwaves to a temperature between 70°C and 200°C, the heating of the product causing an emission of water vapour and of said substance; said method being characterised in that step b) for heating using microwaves is coupled with the circulation of a carrier medium passing through said vessel containing the product to be treated, said carrier medium being sufficiently fluid to flow freely; and in that the temperature of said carrier medium is kept constantly at a temperature below that of the product to be treated throughout the treatment. a) introducing said product into a vessel transparent to waves, said vessel being inside a heating enclosure comprising at least one microwave generator; and b) heating said product using microwaves to a temperature between 70°C and 200°C, the heating of the product causing an emission of water vapour and of said substance; said method being characterised in that step b) for heating using microwaves is coupled with the circulation of a carrier medium passing through said vessel containing the product to be treated, said carrier medium being sufficiently fluid to flow freely; and in that the temperature of said carrier medium is kept constantly at a temperature below that of the product to be treated throughout the treatment.
A cinema screen comprising: a screen substrate; and, formed on the screen substrate, structures configured to direct light projected onto the screen toward an audience and away from side walls, ceilings, and floors of a theater, wherein each of the structures comprises a main reflective surface which is inclined relative to the screen substrate by a respective angle of inclination, wherein the respective angles of inclination of the main reflective surfaces vary across the screen substrate, wherein the structures are spaced apart on the screen substrate with flat areas of the screen substrate in between them, wherein the spacing provided by the flat areas between the structures varies across the screen, decreasing with increasing angle of inclination of the structures' main reflective surfaces, wherein the screen substrate comprises a coating selected from: a coating suitable for varying reflection based on wavelength so as to reduce the effect of ambient light on screen image contrast; a coating suitable for reducing speckle; a coating comprising particles embedded therein; or a coating suitable for preserving light polarization.