mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic operation system, comprising an intelligent lawn mower , the intelligent lawn mower comprising: a housing ; a moving module , configured to drive the intelligent lawn mower to move; a cutting module , configured to perform cutting; an energy module , configured to provide energy for the intelligent lawn mower; an image capturing module , configured to capture image information near the intelligent lawn mower , and control movement and/or operation of the intelligent lawn mower according to the captured image information; and a control module , electrically connected to the moving module , the cutting module , and the image capturing module and configured to control the intelligent lawn mower to move and/or operate within an operation region, wherein the intelligent lawn mower comprises a mowing operation mode and the image capturing module has a first operation position corresponding to the mowing operation mode, characterized in that the intelligent lawn mower has a monitoring operation mode, and the image capturing module has a second operation position corresponding to the monitoring operation mode, wherein in the first operation mode the image capturing module is generally inclined downwards with an angle between a central axis of the field of view of the image capturing module and a vertical line in a range from 30 degrees to 60 degrees, and wherein in the second operation mode the image capturing module is disposed with the angle between the central axis of the field of view of the image capturing module and the vertical line in a range from 70 degrees to 110 degrees. a housing ; a moving module , configured to drive the intelligent lawn mower to move; a cutting module , configured to perform cutting; an energy module , configured to provide energy for the intelligent lawn mower; an image capturing module , configured to capture image information near the intelligent lawn mower , and control movement and/or operation of the intelligent lawn mower according to the captured image information; and a control module , electrically connected to the moving module , the cutting module , and the image capturing module and configured to control the intelligent lawn mower to move and/or operate within an operation region, wherein the intelligent lawn mower comprises a mowing operation mode and the image capturing module has a first operation position corresponding to the mowing operation mode, characterized in that the intelligent lawn mower has a monitoring operation mode, and the image capturing module has a second operation position corresponding to the monitoring operation mode, wherein in the first operation mode the image capturing module is generally inclined downwards with an angle between a central axis of the field of view of the image capturing module and a vertical line in a range from 30 degrees to 60 degrees, and wherein in the second operation mode the image capturing module is disposed with the angle between the central axis of the field of view of the image capturing module and the vertical line in a range from 70 degrees to 110 degrees.
An internal cutting member for a shaving apparatus, having a coupling member comprising a coupling cavity adapted to detachably receive a coupling head of the shaving apparatus inside said coupling cavity , wherein - said coupling cavity comprises a plurality of driven surfaces , arranged to receive a driving force to induce a driving torque about an axis of rotation , - said coupling cavity has a cavity opening for receiving said coupling head by a movement of said coupling head in relation to said coupling cavity in an axial direction parallel to the axis of rotation , - said coupling member further comprises a plurality of recesses , each recess extending in a radial direction relative to the axis of rotation from said coupling cavity and being delimited by two side wall sections which each extend with a radial direction component with respect to the axis of rotation , wherein each of said two side wall sections of each of said recesses forms an edge with a bottom surface of said coupling member , characterized in that said edges of each recess converge in a radially outward direction in relation to said axis of rotation . - said coupling cavity comprises a plurality of driven surfaces , arranged to receive a driving force to induce a driving torque about an axis of rotation , - said coupling cavity has a cavity opening for receiving said coupling head by a movement of said coupling head in relation to said coupling cavity in an axial direction parallel to the axis of rotation , - said coupling member further comprises a plurality of recesses , each recess extending in a radial direction relative to the axis of rotation from said coupling cavity and being delimited by two side wall sections which each extend with a radial direction component with respect to the axis of rotation , wherein each of said two side wall sections of each of said recesses forms an edge with a bottom surface of said coupling member ,
A chemical vapor deposition process for depositing a coating of silica, comprising: providing a glass substrate; forming a gaseous precursor mixture comprising a silane compound, oxygen, and a radical scavenger; and directing the precursor mixture toward and along the glass substrate, and reacting the mixture over the glass substrate to form a silica coating thereon characterized by the further inclusion of water vapour in the gaseous precursor mixture, wherein the gaseous precursor mixture comprises 10 mol% or more water vapour. providing a glass substrate; forming a gaseous precursor mixture comprising a silane compound, oxygen, and a radical scavenger; and directing the precursor mixture toward and along the glass substrate, and reacting the mixture over the glass substrate to form a silica coating thereon characterized by the further inclusion of water vapour in the gaseous precursor mixture, wherein the gaseous precursor mixture comprises 10 mol% or more water vapour.
A device comprising a processing unit configured to perform sensing in a plurality of sensing modes, the plurality of sensing modes comprising: a first sensing mode comprising sensing of resources for a predetermined period and selecting communication resources on a basis of a result of the sensing, and a second sensing mode comprising selecting communication resources on a basis of a result of decoding scheduling information transmitted by another user, wherein the sensing is performed with reference to a mapping table at the time of the sensing, and the mapping table is a table in which one of the plurality of sensing modes to be used and a sensing parameter to be used are specified depending on a situation. a processing unit configured to perform sensing in a plurality of sensing modes, the plurality of sensing modes comprising: a first sensing mode comprising sensing of resources for a predetermined period and selecting communication resources on a basis of a result of the sensing, and a second sensing mode comprising selecting communication resources on a basis of a result of decoding scheduling information transmitted by another user, a first sensing mode comprising sensing of resources for a predetermined period and selecting communication resources on a basis of a result of the sensing, and a second sensing mode comprising selecting communication resources on a basis of a result of decoding scheduling information transmitted by another user, wherein the sensing is performed with reference to a mapping table at the time of the sensing, and the mapping table is a table in which one of the plurality of sensing modes to be used and a sensing parameter to be used are specified depending on a situation.
A method comprising: generating a modified API call, corresponding to an original API call associated with a service provided by a supporting server , the modified API call being configured to receive a user equipment installation number, UEIN, as an argument, an UEIN being associated with an authorized client; receiving, from a first client , an API call corresponding to the generated modified API call, the received API call comprising a first UEIN; verifying that the first client corresponding to the received API call is authorized by verifying that the first client is associated with the first UEIN in a local storage storing a plurality of references to UEINs corresponding to authorized clients; in response to verifying that the first client is authorized, forming a different API call by removing the UEIN as the argument and sending the different API call to the supporting server computer system; wherein the method is performed by one or more computing devices. generating a modified API call, corresponding to an original API call associated with a service provided by a supporting server , the modified API call being configured to receive a user equipment installation number, UEIN, as an argument, an UEIN being associated with an authorized client; receiving, from a first client , an API call corresponding to the generated modified API call, the received API call comprising a first UEIN; verifying that the first client corresponding to the received API call is authorized by verifying that the first client is associated with the first UEIN in a local storage storing a plurality of references to UEINs corresponding to authorized clients; in response to verifying that the first client is authorized, forming a different API call by removing the UEIN as the argument and sending the different API call to the supporting server computer system; wherein the method is performed by one or more computing devices.
An electric machine including: a casing ; a stator ; a rotor generally coaxial with and surrounded by the stator ; an enclosed cooling assembly circulating a first cooling fluid within the casing ; an open cooling assembly through which a second cooling fluid can flow; the second cooling fluid cooling both the stator and the first cooling fluid, wherein the casing includes an assembly of walls generally coaxial with and surrounding the stator which includes an external wall , an intermediate wall and an internal wall adjacent to the stator ; the enclosed cooling assembly including at least one first cooling path provided between the external wall and the intermediate wall where the first cooling fluid may circulate; and the open cooling assembly including a second cooling path provided between the intermediate wall and the inner wall where the second cooling fluid may circulate; whereby the second cooling fluid cools both the stator and the first cooling fluid, characterized in that the electric machine further comprises a gerotor pump so configured as to circulate the first cooling fluid within the casing . a casing ; a stator ; a rotor generally coaxial with and surrounded by the stator ; an enclosed cooling assembly circulating a first cooling fluid within the casing ; an open cooling assembly through which a second cooling fluid can flow; the second cooling fluid cooling both the stator and the first cooling fluid, wherein the casing includes an assembly of walls generally coaxial with and surrounding the stator which includes an external wall , an intermediate wall and an internal wall adjacent to the stator ; the enclosed cooling assembly including at least one first cooling path provided between the external wall and the intermediate wall where the first cooling fluid may circulate; and the open cooling assembly including a second cooling path provided between the intermediate wall and the inner wall where the second cooling fluid may circulate; whereby the second cooling fluid cools both the stator and the first cooling fluid, characterized in that the electric machine further comprises a gerotor pump so configured as to circulate the first cooling fluid within the casing .
An arrangement comprising at least one drawer pull-out guide and at least one locking device for releasably locking a furniture part , in particular an extendable work surface , extendably-supported on a furniture carcass in at least one position relative to the furniture carcass , the drawer pull-out guide including a carcass rail configured to be fixed to a furniture carcass and at least one extension rail , the extension rail being displaceably supported relative to the carcass rail between a fully closed position and a fully open position, wherein the locking device includes a first locking component configured to be fixed to the furniture carcass , and at least one second locking component configured to be fixed to the extendably-supported furniture part , the first locking component and the second locking component being configured to be releasably locked to one another, wherein at least the second locking component includes a base member and a locking element for releasably locking the first locking component , the locking element being pivotally supported about a pivoting axis (X) on the base member , and the extension rail of the drawer pull-out guide is releasably lockable by the locking device in the fully open position or in a position immediately before reaching the fully open position.
A loader for moving a mattress between locations, the loader comprising two elongate members of tubular construction , wherein said elongate members are arranged parallel to each other and linked together by a plurality of flexible strops , characterised in that the strops are formed of a webbing material.
A method, performed by a wireless terminal , for handling uplink transmit power reporting in a radio access network of a cellular radio system , wherein the method comprises: - providing a respective transmit power report for at least one of multiple uplink reference signal transmission configurations comprised in the wireless terminal , each of the multiple uplink reference signal transmission configurations configuring transmission, by the wireless terminal , of an uplink reference signal, the respective transmit power report providing information about a transmit power used by the wireless terminal for transmitting the uplink reference signal on a carrier and a power headroom report assuming Physical Uplink Shared Channel, PUSCH, transmission or PUSCH and Physical Uplink Control Channel, PUCCH, transmission on the carrier, wherein said at least one of the multiple uplink reference signal transmission configurations is associated with a respective path loss measurement by the wireless terminal , and wherein the transmit power of the uplink reference signal, according to said at least one of the multiple uplink reference signal transmission configurations, is based on the respective path loss measurement associated with said at least one of the multiple uplink reference signal transmission configurations, and - sending the respective transmit power report and the power headroom report to one or more network nodes of the cellular radio system . - providing a respective transmit power report for at least one of multiple uplink reference signal transmission configurations comprised in the wireless terminal , each of the multiple uplink reference signal transmission configurations configuring transmission, by the wireless terminal , of an uplink reference signal, the respective transmit power report providing information about a transmit power used by the wireless terminal for transmitting the uplink reference signal on a carrier and a power headroom report assuming Physical Uplink Shared Channel, PUSCH, transmission or PUSCH and Physical Uplink Control Channel, PUCCH, transmission on the carrier, wherein said at least one of the multiple uplink reference signal transmission configurations is associated with a respective path loss measurement by the wireless terminal , and wherein the transmit power of the uplink reference signal, according to said at least one of the multiple uplink reference signal transmission configurations, is based on the respective path loss measurement associated with said at least one of the multiple uplink reference signal transmission configurations, and - sending the respective transmit power report and the power headroom report to one or more network nodes of the cellular radio system .
A method for wireless communications performed by a user equipment, UE , characterized by : locally disconnecting a connection to a packet data network, PDN, during a predetermined period of data throttling in which the UE has been instructed to stop sending messages on the PDN, while in a coverage area of a LTE network; detecting that a request, for connection to the PDN, subsequent to the predetermined period of data throttling was rejected by the LTE network; determining whether the connection to the PDN was locally disconnected and whether the local disconnection occurred during the period of data throttling; initiating a tracking area update, TAU, to synchronize bearer status of the UE with the LTE network, based on determining that the connection to the PDN was locally disconnected and that the local disconnection occurred during the period of data throttling in response to detecting the rejection of the subsequent request.
A household washing machine comprising: an outer casing , a washing tub which is placed inside said outer casing and is designed to accommodate items to be washed during a wash cycle, an internal water softening device comprising a water softening agent capable of reducing the hardness degree of a fresh water to be supplied to said washing tub during a washing cycle; a brine tank containing brine to be supplied to said water softening device for regenerating said water softening agent; said washing machine further comprising at least a sensor assembly , which is provided with at least an electro-optical sensor which is configured to determine the salinity of the brine contained in said brine tank ; said electro-optical sensor comprises: an emitting device for emitting a radiation beam, a receiving device for receiving said radiation beam, and electronic control means which are configured to receive an electrical signal from said receiving device being indicative of the refraction index of the brine and determine the salinity of the brine on the basis of said determined refraction index; characterized in that the electro-optical sensor further comprises a plug frame which is fitted into an opening formed on a wall of said brine tank ; and optical interface means which are associated with said plug frame and are shaped in order to be at least partially in contact with said brine contained in said brine tank ; said emitting device and said receiving device being stably incorporated/placed in said plug frame in respective prefixed positions, one to the other, with respect to said optical interface means ; and said optical interface means being structured in order to be crossed by the radiation beam emitted from said emitting device and provide to the receiving device an amount of radiation beam which is indicative of the refraction index of said brine. an emitting device for emitting a radiation beam, a receiving device for receiving said radiation beam, and electronic control means which are configured to receive an electrical signal from said receiving device being indicative of the refraction index of the brine and determine the salinity of the brine on the basis of said determined refraction index;
A computer system to authorize access to a simultaneous second media stream with a second client device associated with a user after a first media stream has been established with a first client device associated with the user, wherein a network address of the first client device does not match a network address of the second client device, the computer system comprising: an interface to a network; a geolocation database stored on a digital storage medium, wherein the geolocation database is configured to identify the geographic locations of the first and second client devices based upon network addresses used by the first and second client devices; and a processor configured to: receive a request to establish the simultaneous second media stream with the second client device; obtain the geographic locations of the first and second client devices using the geolocation database; determine whether the first and second client devices are located at the same geographic location where simultaneous streaming is allowed; and if the first and second client devices are located at the same geographic location where simultaneous streaming is allowed, grant the second client device access to the simultaneous second media stream so that the first media stream and the simultaneous second media stream are streamed simultaneously, and otherwise deny the second client device access to the simultaneous second media stream. receive a request to establish the simultaneous second media stream with the second client device; obtain the geographic locations of the first and second client devices using the geolocation database; determine whether the first and second client devices are located at the same geographic location where simultaneous streaming is allowed; and if the first and second client devices are located at the same geographic location where simultaneous streaming is allowed, grant the second client device access to the simultaneous second media stream so that the first media stream and the simultaneous second media stream are streamed simultaneously, and otherwise deny the second client device access to the simultaneous second media stream.
A cyanoacrylate composition, comprising: (a) allyl-2-cyanoacrylate, (b) a rubber toughening agent comprised of i) reaction products of the combination of ethylene, methyl acrylate and monomers having carboxylic acid cure sites, ii) dipolymers of ethylene and methyl acrylate, and combinations of i) and ii) and (c) a component functionalized with at least two blocked hydroxyl groups, wherein the component functionalized with at least two blocked hydroxyl groups is hexane diol diacrylate. (a) allyl-2-cyanoacrylate, (b) a rubber toughening agent comprised of i) reaction products of the combination of ethylene, methyl acrylate and monomers having carboxylic acid cure sites, ii) dipolymers of ethylene and methyl acrylate, and combinations of i) and ii) and (c) a component functionalized with at least two blocked hydroxyl groups, wherein the component functionalized with at least two blocked hydroxyl groups is hexane diol diacrylate.