mhurhangee/ep-ind-claims huggingface dataset:
An electrical connection box comprising: a bus bar which includes a relief terminal section; a block which is made of an insulating resin and on which the bus bar is mounted; a frame which is made of an insulating resin and accommodates the block; and a terminal cover which covers the relief terminal section, wherein the block is configured to include a terminal support section which supports the relief terminal section in a state in which the relief terminal section is protruded, and a first cover support section which is provided in the vicinity of the terminal support section, the frame is configured to include an insertion hole into which the relief terminal section is inserted when the block is accommodated, and a second cover support section which is provided in the vicinity of the insertion hole, and the terminal cover is rotatably supported around a shaft section of the terminal cover, with the shaft section being interposed between the first cover support section and the second cover support section in an accommodation state in which the block is accommodated in the frame. a bus bar which includes a relief terminal section; a block which is made of an insulating resin and on which the bus bar is mounted; a frame which is made of an insulating resin and accommodates the block; and a terminal cover which covers the relief terminal section, wherein the block is configured to include a terminal support section which supports the relief terminal section in a state in which the relief terminal section is protruded, and a first cover support section which is provided in the vicinity of the terminal support section, the frame is configured to include an insertion hole into which the relief terminal section is inserted when the block is accommodated, and a second cover support section which is provided in the vicinity of the insertion hole, and the terminal cover is rotatably supported around a shaft section of the terminal cover, with the shaft section being interposed between the first cover support section and the second cover support section in an accommodation state in which the block is accommodated in the frame.
A packaging system, comprising: a product selection and grouping area having a primary selector for forming an initial product group within a flight of a product selector conveyor moving along a path of travel, and a secondary selector for selecting and directing an additional product or series of products into engagement with the initial product group to form a product pack on the flight; a first loading assembly having a movable loader arm for engaging the product pack from a first side and directing the product pack toward a carton, and a second loading assembly having a loader arm for engaging the product pack from a second side, a folding area adapted to engage and fold a series of end flaps for the carton to a closed position, characterized in that the product pack is captured between the loader arms (91, 109) of the first and second loading assemblies (92, 106) wherein the loader arms (91, 109) are moved across the path of travel so as to move each product pack captured therebetween into a loaded position within the carton. a product selection and grouping area having a primary selector for forming an initial product group within a flight of a product selector conveyor moving along a path of travel, and a secondary selector for selecting and directing an additional product or series of products into engagement with the initial product group to form a product pack on the flight; a first loading assembly having a movable loader arm for engaging the product pack from a first side and directing the product pack toward a carton, and a second loading assembly having a loader arm for engaging the product pack from a second side, a folding area adapted to engage and fold a series of end flaps for the carton to a closed position, characterized in that the product pack is captured between the loader arms (91, 109) of the first and second loading assemblies (92, 106) wherein the loader arms (91, 109) are moved across the path of travel so as to move each product pack captured therebetween into a loaded position within the carton.
A fired water heater, especially for potable water, fitted with an external jacket, where there is a combustion chamber with an opening for a burner in its upper part, under which there is a chamber for the flow of the heated water, inside which there are vertical flame pipes fixed in sieve bottoms, and where there is a cold water inlet in the heater lower part and a hot water outlet in its upper part, wherein it has a first inlet pipe for the supply of cold water placed in its lower part, with a second inlet pipe pointing towards an upper sieve bottom and fitted in the mouth of the first inlet pipe, characterised in that in between the mouth of the first inlet pipe and the second inlet pipe an aperture is formed over which there is a lower transverse partition in which the second inlet pipe is fitted, and where there are apertures formed between the flame pipes and the lower transverse partition, and where under the upper sieve bottom, below the mouth of the second inlet pipe for the supply of cold water, there is a first upper transverse partition, under which there is a second upper transverse partition, where in the first upper transverse partition the second inlet pipe and the flame pipes are fixed tightly, and there is an aperture formed between the second inlet pipe and the second upper transverse partition.
A medical valve wherein a disk-shaped elastic valve body having a slit formed on a center part thereof is mounted on an opening member constituting an opening part of a fluid flow path, and the elastic valve body is configured to enable a male connector to be repeatedly inserted and removed through the slit, the medical valve being characterized in that: the elastic valve body includes a slim part that is located at and projected in an axis-perpendicular direction from an outer peripheral side of the center part and is thinner than the center part, and a tubular support part that is formed further to the outer peripheral side than the slim part and projects inward further from the center part in an axial direction; the opening member includes a tube-shaped outside holding part overlapping an outer peripheral surface of the tubular support part and a tube-shaped inside holding part overlapping an inner peripheral surface of the tubular support part so that the slim part of the elastic valve body is sandwiched and supported between the inside holding part and the outside holding part in the axial direction; the tubular support part is sandwiched and supported at a part projecting inward in the axial direction between the inside holding part and the outside holding part; and the tubular support part has, at the part projecting inward in the axial direction, an axial direction dimension larger than a radius of the center part of the elastic valve body. the elastic valve body includes a slim part that is located at and projected in an axis-perpendicular direction from an outer peripheral side of the center part and is thinner than the center part, and a tubular support part that is formed further to the outer peripheral side than the slim part and projects inward further from the center part in an axial direction; the opening member includes a tube-shaped outside holding part overlapping an outer peripheral surface of the tubular support part and a tube-shaped inside holding part overlapping an inner peripheral surface of the tubular support part so that the slim part of the elastic valve body is sandwiched and supported between the inside holding part and the outside holding part in the axial direction; the tubular support part is sandwiched and supported at a part projecting inward in the axial direction between the inside holding part and the outside holding part; and the tubular support part has, at the part projecting inward in the axial direction, an axial direction dimension larger than a radius of the center part of the elastic valve body.
A ring-traveler system of a ring spinning machine, the ring-traveler system comprising: a ring; and a traveler that travels along the ring, the ring-traveler system being characterized in that a periodic structure including a plurality of recesses (15, 17) and a plurality of flat ridges which are arranged alternately, is arranged on a surface portion of one of the ring and the traveler, the other one of the ring and the traveler sliding on the surface portion when the traveler travels, each of the recesses (15, 17) has a depth of 0.1 to 20 μm, and each of the flat ridges has a width of 1 to 250 μm. a ring; and a traveler that travels along the ring, the ring-traveler system being characterized in that a periodic structure including a plurality of recesses (15, 17) and a plurality of flat ridges which are arranged alternately, is arranged on a surface portion of one of the ring and the traveler, the other one of the ring and the traveler sliding on the surface portion when the traveler travels, each of the recesses (15, 17) has a depth of 0.1 to 20 μm, and each of the flat ridges has a width of 1 to 250 μm.
Boot for motorcyclist comprising: - an upper portion integrally connected to an outsole; the upper portion comprising a leg portion and a foot portion integrally connected each other through an ankle portion; the leg portion comprising a shin portion and a calf portion; and the foot portion comprising a heel portion and a vamp portion; - a curved coverture configured to cover an outer side of the leg portion of the boot; said curved coverture being shaped as airfoil and comprising a leading edge arranged in correspondence of the shin portion and a trailing edge (11") arranged in correspondence of the calf portion. - an upper portion integrally connected to an outsole; the upper portion comprising a leg portion and a foot portion integrally connected each other through an ankle portion; the leg portion comprising a shin portion and a calf portion; and the foot portion comprising a heel portion and a vamp portion; the upper portion comprising a leg portion and a foot portion integrally connected each other through an ankle portion; the leg portion comprising a shin portion and a calf portion; and the foot portion comprising a heel portion and a vamp portion; - a curved coverture configured to cover an outer side of the leg portion of the boot; said curved coverture being shaped as airfoil and comprising a leading edge arranged in correspondence of the shin portion and a trailing edge (11") arranged in correspondence of the calf portion.
An air-conditioning apparatus including a refrigeration cycle in which a compressor, an outdoor heat exchanger, an expansion valve, and an indoor heat exchanger are connected in a circuit, the air-conditioning apparatus comprising: an indoor air temperature sensor configured to detect an indoor air temperature of a space in which the air-conditioning apparatus is installed; a controller configured to control a rotation speed of the compressor such that the indoor air temperature of the space reaches a setting temperature of the air-conditioning apparatus, wherein the controller is configured to, when the compressor is stopped and not operating during heating operation of the air-conditioning apparatus and a decrease amount of the indoor air temperature detected by the indoor air temperature sensor at a preset first time interval is equal to or smaller than a first threshold, decrease the rotation speed of the compressor at next operation of the compressor by a predetermined amount, from the rotation speed before the stop of the compressor; and a switching means configured to switch between the heating operation and a cooling operation. an indoor air temperature sensor configured to detect an indoor air temperature of a space in which the air-conditioning apparatus is installed; a controller configured to control a rotation speed of the compressor such that the indoor air temperature of the space reaches a setting temperature of the air-conditioning apparatus, wherein the controller is configured to, when the compressor is stopped and not operating during heating operation of the air-conditioning apparatus and a decrease amount of the indoor air temperature detected by the indoor air temperature sensor at a preset first time interval is equal to or smaller than a first threshold, decrease the rotation speed of the compressor at next operation of the compressor by a predetermined amount, from the rotation speed before the stop of the compressor; and a switching means configured to switch between the heating operation and a cooling operation.
Container closure comprising - a base part, - a pouring region which has a circumferential wall that extends around a reference axis of the container closure and extends axially from the base part to a circumferential upper edge of the pouring region, which edge surrounds a drinking opening, and - a cap part which is connected to the base part by a hinge and can be rotated back and forth between a closed position and an open position about a pivot axis extending perpendicularly to the reference axis, the cap part having a base and a circumferential outer wall which surrounds an inner surface of the base and extends axially from the base to a circumferential lower edge of the cap part, the outer wall and the base of the cap part together surrounding and covering the pouring region in the closed position, the cap part having an anchor wall which extends at a radial distance from the outer wall outside the outer wall and is rigidly connected to the lower edge of the cap part by a bridge of the cap part, which bridge extends radially outward from the lower edge of the cap part, and, in the closed position, the anchor wall projecting from the bridge in a direction opposite the base part and the hinge being connected to the anchor wall and extending from the anchor wall in the direction of the base part, characterized in that a channel is formed by the anchor wall, the bridge and a surface of the outer wall opposite the bridge, which channel extends circumferentially and opens on the circumferential side at two opposite ends, as well as in a direction opposite to the base part. - a base part, - a pouring region which has a circumferential wall that extends around a reference axis of the container closure and extends axially from the base part to a circumferential upper edge of the pouring region, which edge surrounds a drinking opening, and - a cap part which is connected to the base part by a hinge and can be rotated back and forth between a closed position and an open position about a pivot axis extending perpendicularly to the reference axis, the cap part having a base and a circumferential outer wall which surrounds an inner surface of the base and extends axially from the base to a circumferential lower edge of the cap part, the outer wall and the base of the cap part together surrounding and covering the pouring region in the closed position, the cap part having an anchor wall which extends at a radial distance from the outer wall outside the outer wall and is rigidly connected to the lower edge of the cap part by a bridge of the cap part, which bridge extends radially outward from the lower edge of the cap part, and, in the closed position, the anchor wall projecting from the bridge in a direction opposite the base part and the hinge being connected to the anchor wall and extending from the anchor wall in the direction of the base part, characterized in that a channel is formed by the anchor wall, the bridge and a surface of the outer wall opposite the bridge, which channel extends circumferentially and opens on the circumferential side at two opposite ends, as well as in a direction opposite to the base part.
A composition comprising (a) a major amount of an oil of lubricating viscosity, (b) between 1 to 3 wt % on an oil free basis of a quaternary ammonium salt comprising the reaction product of: (i) a polyisobutylene succinic anhydride and a compound having an oxygen or nitrogen atom capable of condensing with said polyisobutylene succinic anhydride, and further having a tertiary amino group; and (ii) a quaternizing agent suitable for converting the tertiary amino group to a quaternary nitrogen, wherein the quaternizing agent is selected from the group consisting of (i) organic carbonates; (ii) hydrocarbyl epoxides, (iii) mixtures of hydrocarbyl epoxides and acids, or (iv) mixtures of any of (i)-(iii), and (c) between 1 to 6 wt% on an oil-free basis of a succinimide dispersant comprising the reaction product of a polyisobutylene succinic anhydride and an alkylene polyamine.
A method performed by a user equipment, UE, in a wireless network for position determination of the UE, comprising: reporting one or more measurement capabilities per positioning method to an entity in the wireless network; receiving positioning assistance data per positioning method, the positioning assistance data comprising information for one or more Positioning Reference Signal, PRS, resource sets, one or more PRS resources, one or more frequency layers and one or more transmission points, TRPs; determining prioritization for PRS signals to be measured based at least on one or more priority orderings of the information for the PRS resource sets, the PRS resources,the one or more frequency layers, or the one or more TRPs in the positioning assistance data, or a combination thereof or giving equal priority to one or more of the PRS resource sets or the PRS resources, or a combination thereof, wherein the information for the frequency layers, the TRPs, the PRS resource sets, and the PRS resources in the positioning assistance data is configured based on the reported one or more measurement capabilities per positioning method; and determining PRS measurements of the PRS signals at least based on the prioritization for the PRS signals; wherein a position fix for the UE is determined based on the PRS measurements. reporting one or more measurement capabilities per positioning method to an entity in the wireless network; receiving positioning assistance data per positioning method, the positioning assistance data comprising information for one or more Positioning Reference Signal, PRS, resource sets, one or more PRS resources, one or more frequency layers and one or more transmission points, TRPs; determining prioritization for PRS signals to be measured based at least on one or more priority orderings of the information for the PRS resource sets, the PRS resources,the one or more frequency layers, or the one or more TRPs in the positioning assistance data, or a combination thereof or giving equal priority to one or more of the PRS resource sets or the PRS resources, or a combination thereof, wherein the information for the frequency layers, the TRPs, the PRS resource sets, and the PRS resources in the positioning assistance data is configured based on the reported one or more measurement capabilities per positioning method; and determining PRS measurements of the PRS signals at least based on the prioritization for the PRS signals; wherein a position fix for the UE is determined based on the PRS measurements.
Method for protecting a virtual machine (VM1, VM2), wherein by means of a client (ERM-Client) which is embodied as an additional function of a hypervisor (H-OS) or of a virtual machine monitor, the following steps are executed: - Creating a copy of the virtual machine (VM1, VM2), - Encrypting the copy of the virtual machine (VM1, VM2) with a private key, - Providing at least one item of rights information (RO1, RO2) comprising the private key, a usage authorization and a reference to an access authorization, - Assigning the rights information (RO1, RO2) to the encrypted virtual machine (VM1, VM2), wherein the rights information (RO1, RO2) is encrypted with a public key of a server, - the encrypted virtual machine (VM1, VM2) and the assigned rights information (RO1, RO2) are stored on the server so that they are able to be retrieved; and - Migrating the protected virtual machine (VM1, VM2), wherein by means of a client (ERM-Client) which is embodied as an additional function of a hypervisor (H-OS) or of a virtual machine monitor, the following steps are executed: - Requesting the at least one item of rights information (RO1, RO2) from the server which is assigned to the virtual machine (VM1, VM2), - Determining the usage authorization for operating the virtual machine (VM1, VM2) from the at least one requested item of rights information (RO1, RO2), and - Determining the private key from the at least one requested item of rights information (RO1, RO2) for the determined usage authorization for operating the virtual machine (VM1, VM2), - Decrypting the virtual machine (VM1, VM2) with the key determined and operating the decrypted virtual machine (VM1, VM2) within the scope of the determined usage authorization. - Creating a copy of the virtual machine (VM1, VM2), - Encrypting the copy of the virtual machine (VM1, VM2) with a private key, - Providing at least one item of rights information (RO1, RO2) comprising the private key, a usage authorization and a reference to an access authorization, - Assigning the rights information (RO1, RO2) to the encrypted virtual machine (VM1, VM2), - the encrypted virtual machine (VM1, VM2) and the assigned rights information (RO1, RO2) are stored on the server so that they are able to be retrieved; and - Migrating the protected virtual machine (VM1, VM2), wherein by means of a client (ERM-Client) which is embodied as an additional function of a hypervisor (H-OS) or of a virtual machine monitor, the following steps are executed: - Requesting the at least one item of rights information (RO1, RO2) from the server which is assigned to the virtual machine (VM1, VM2), - Determining the usage authorization for operating the virtual machine (VM1, VM2) from the at least one requested item of rights information (RO1, RO2), and - Determining the private key from the at least one requested item of rights information (RO1, RO2) for the determined usage authorization for operating the virtual machine (VM1, VM2), - Decrypting the virtual machine (VM1, VM2) with the key determined and operating the decrypted virtual machine (VM1, VM2) within the scope of the determined usage authorization.
A method of switching a femtocell base station for wireless telecommunications between a dormant mode and an active mode, the femtocell base station lying within the coverage area of a macrocell base station, in which in the dormant mode the femtocell base station does not make pilot signal transmissions and in the active mode the femtocell base station does make pilot signal transmissions; determining whether a user terminal authorised to connect with the femtocell base station is within the coverage area of the macrocell base station, and dependent upon said determination transmitting to the femtocell base station a command for the femtocell base station to switch mode, characterised in that the macrocell base station performs said determination and transmits the command over air to the femtocell base station; in which the femtocell base station comprises a radio receiver configured to receive broadcast(s) from the macrocell base station, whilst the femtocell base station is in the dormant mode, including the command, which is a paging message sent over a pilot channel of the macrocell that is monitored by the radio receiver of the femtocell base station.