mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile communication terminal for receiving a call while an application for an additional function is running, the mobile communication terminal comprising: an input unit configured to receive information as a user manipulates a key or a menu; a controller configured to run an application for an additional function according to the received information, a display unit configured to receive a control signal from the controller and performing display on a screen, wherein the controller is configured to perform control so that, when an incoming call is received, a call reception window indicating call connection state information for the incoming call is displayed on a portion of a screen without affecting said running application, wherein the controller is configured to identify whether a first control signal is input by a user for the reception of the incoming call (S240), characterized in that the controller is configured to perform control to connect to a call through said first signal, which is obtained by touching said call reception window, the controller is further configured to perform, upon selection of the incoming call by the user, different types of call related control (S280) by receiving a second input signal obtained by a direction in which the call reception window is slid while touched. an input unit configured to receive information as a user manipulates a key or a menu; a controller configured to run an application for an additional function according to the received information, a display unit configured to receive a control signal from the controller and performing display on a screen, wherein the controller is configured to perform control so that, when an incoming call is received, a call reception window indicating call connection state information for the incoming call is displayed on a portion of a screen without affecting said running application, wherein the controller is configured to identify whether a first control signal is input by a user for the reception of the incoming call (S240), characterized in that the controller is configured to perform control to connect to a call through said first signal, which is obtained by touching said call reception window, the controller is further configured to perform, upon selection of the incoming call by the user, different types of call related control (S280) by receiving a second input signal obtained by a direction in which the call reception window is slid while touched.
An electrical socket comprising: - a base provided with an inner housing , the inner housing of the base opening onto a central opening ; - a printed circuit arranged within the inner housing of the base ; - at least two cells for receiving an electrical contact pin, each cell being arranged within the inner housing of the base so as to be disposed opposite the central opening , and having a portion directly connected to the printed circuit , each cell being intended to receive an electrical contact pin of an electrical plug, and being able to grip this pin so as to maintain electrical contact between the pin and the cell; wherein the electrical socket further comprises a one-piece part for supporting and receiving the cells arranged within the inner housing of the base , and means for removably fixing the one-piece part to the base , said one-piece part defining at least two compartments for receiving a cell , each cell being fixed within said compartments , the socket being characterised in that the removable fixing means include at least one blocking stop on the base , and at least one portion on the one-piece part able to cooperate with the blocking stop to allow inserting the one-piece part in a firm holding position within the base , the base having at least one inner wall , said inner wall including said blocking stop , said portion projecting from an outer wall of the one-piece part . - a base provided with an inner housing , the inner housing of the base opening onto a central opening ; - a printed circuit arranged within the inner housing of the base ; - at least two cells for receiving an electrical contact pin, each cell being arranged within the inner housing of the base so as to be disposed opposite the central opening , and having a portion directly connected to the printed circuit , each cell being intended to receive an electrical contact pin of an electrical plug, and being able to grip this pin so as to maintain electrical contact between the pin and the cell; wherein the electrical socket further comprises a one-piece part for supporting and receiving the cells arranged within the inner housing of the base , and means for removably fixing the one-piece part to the base , said one-piece part defining at least two compartments for receiving a cell , each cell being fixed within said compartments , the socket being characterised in that the removable fixing means include at least one blocking stop on the base , and at least one portion on the one-piece part able to cooperate with the blocking stop to allow inserting the one-piece part in a firm holding position within the base , the base having at least one inner wall , said inner wall including said blocking stop , said portion projecting from an outer wall of the one-piece part .
Process of preparing a crosslinked gel of at least one hyaluronic acid or one of its salts, comprising at least the steps consisting in: a) providing, at a temperature below 35°C, an aqueous gel comprising at least one hyaluronic acid in an uncrosslinked form together with at least one difunctional or multifunctional epoxy crosslinking agent; b) maintaining the mixture of step a) at a temperature below 35°C for at least one hour; c) stimulating the crosslinking reaction of the mixture obtained after step b), step c) being carried out thermally, at a temperature between 35 and 60°C, for a time ranging from 30 to 300 minutes, and if need be; d) recovering said crosslinked gel formed. a) providing, at a temperature below 35°C, an aqueous gel comprising at least one hyaluronic acid in an uncrosslinked form together with at least one difunctional or multifunctional epoxy crosslinking agent; b) maintaining the mixture of step a) at a temperature below 35°C for at least one hour; c) stimulating the crosslinking reaction of the mixture obtained after step b), step c) being carried out thermally, at a temperature between 35 and 60°C, for a time ranging from 30 to 300 minutes, and if need be; d) recovering said crosslinked gel formed.
A rotary seal comprising: a seal element comprising a disc-shaped body having a first axial side and an opposed second axial side , the seal element further comprising: a radially inner central circular opening for receiving a rotary shaft , the opening having an inner periphery for sealing engagement with the shaft ; a radially outer rim portion , the radially outer rim portion having: an axially facing annular sealing surface provided on the first axial side for sealing engagement in use with an opposed axially facing sealing surface of an adjacent first static housing ; an axially facing pocket provided on the second axial side and having an axially facing surface for receiving, in use, an annular elastomeric biasing element ; and at least one drainage passage formed through the outer rim portion from an inlet on the second axial side to an outlet on a radially outer portion of the rim portion to provide a fluid drainage path P through the rim portion bypassing the axially facing pocket . a radially inner central circular opening for receiving a rotary shaft , the opening having an inner periphery for sealing engagement with the shaft ; a radially outer rim portion , the radially outer rim portion having: an axially facing annular sealing surface provided on the first axial side for sealing engagement in use with an opposed axially facing sealing surface of an adjacent first static housing ; an axially facing pocket provided on the second axial side and having an axially facing surface for receiving, in use, an annular elastomeric biasing element ; and at least one drainage passage formed through the outer rim portion from an inlet on the second axial side to an outlet on a radially outer portion of the rim portion to provide a fluid drainage path P through the rim portion bypassing the axially facing pocket . an axially facing annular sealing surface provided on the first axial side for sealing engagement in use with an opposed axially facing sealing surface of an adjacent first static housing ; an axially facing pocket provided on the second axial side and having an axially facing surface for receiving, in use, an annular elastomeric biasing element ; and at least one drainage passage formed through the outer rim portion from an inlet on the second axial side to an outlet on a radially outer portion of the rim portion to provide a fluid drainage path P through the rim portion bypassing the axially facing pocket .
A method for reduced overhead paging by an access point, comprising: generating a compressed traffic indication map, TIM, element, the compressed TIM element comprising a partial virtual bitmap field constructed from at least one encoded block field that includes an encoded block information field identifying at least one encoding mode for encoded block information; and sending the compressed TIM element to an at least one station, STA, associated with the access point; the method further comprising, in response to the at least one encoding mode comprising an offset, length, bitmap, OLB, mode, encoding the encoded block information field to include a length subfield followed by contiguous subblock subfields, each subblock subfield including a corresponding subblock of a partial virtual map, the method characterized in that the access point supports at least one multiple basic service set identifier, BSSID, and in that the OLB mode is used jointly with at least one of a Block Bitmap mode, a Single AID mode or an AID Differential Encode mode to further compress the TIM element. generating a compressed traffic indication map, TIM, element, the compressed TIM element comprising a partial virtual bitmap field constructed from at least one encoded block field that includes an encoded block information field identifying at least one encoding mode for encoded block information; and sending the compressed TIM element to an at least one station, STA, associated with the access point; the method further comprising, in response to the at least one encoding mode comprising an offset, length, bitmap, OLB, mode, encoding the encoded block information field to include a length subfield followed by contiguous subblock subfields, each subblock subfield including a corresponding subblock of a partial virtual map, the method characterized in that the access point supports at least one multiple basic service set identifier, BSSID, and in that the OLB mode is used jointly with at least one of a Block Bitmap mode, a Single AID mode or an AID Differential Encode mode to further compress the TIM element.
An analysis device for determining properties of biomass in a biomass tank , having: - an immersion sensor unit for capturing data of the biomass ; - a housing encasing the immersion sensor unit in a fluid-tight manner, so that the immersion sensor unit can be immersed in the biomass ; - a mechanical positioning device connected to the immersion sensor unit for mechanically driven vertical and lateral positioning of the immersion sensor until at a sensor location within a biomass tank ; - a device for determining the immersion depth of the immersion sensor unit ; and - a data transfer device for transferring the captured data for evaluating the data, wherein the immersion sensor unit comprises a spectroscopy sensor, particularly an IR spectroscopy sensor, an NIRS sensor or an MIRS sensor, or an NMR sensor. - an immersion sensor unit for capturing data of the biomass ; - a housing encasing the immersion sensor unit in a fluid-tight manner, so that the immersion sensor unit can be immersed in the biomass ; - a mechanical positioning device connected to the immersion sensor unit for mechanically driven vertical and lateral positioning of the immersion sensor until at a sensor location within a biomass tank ; - a device for determining the immersion depth of the immersion sensor unit ; and - a data transfer device for transferring the captured data for evaluating the data,
A method for treating biomass, comprising: Feeding biomass and an impregnation liquid into a first reactor unit such that the biomass is impregnated with the impregnation liquid while the biomass is transferred through the first reactor unit by a conveyor means (11, S10); Transferring the impregnated biomass from the first reactor unit to a separation unit , wherein at least a part of the impregnation liquid is separated from the impregnated biomass within the separation unit (25, S20); Discharging the separated impregnation liquid from the separation unit , such that a first part of the separated impregnation liquid is recirculated back to the first reactor unit (10, S30) Feeding biomass and an impregnation liquid into a first reactor unit such that the biomass is impregnated with the impregnation liquid while the biomass is transferred through the first reactor unit by a conveyor means (11, S10); Transferring the impregnated biomass from the first reactor unit to a separation unit , wherein at least a part of the impregnation liquid is separated from the impregnated biomass within the separation unit (25, S20); Discharging the separated impregnation liquid from the separation unit , such that a first part of the separated impregnation liquid is recirculated back to the first reactor unit (10, S30)
An injection molded slide actuator assembly , comprising: a frame , a slide carrier and a slide track member , wherein each component has an X , Y , and Z axis with the slide track member having at least one track slot extending along the Y and the Z direction and the slide carrier having at least one cooperating outwardly extending side member for engaging the at least one track slot , wherein drafted contact surfaces of the slot and the outwardly extending side member in the Y direction constrain the slide carrier from moving in the Y direction, and wherein there is at least a pair of the slots and at least a pair of the outwardly extending side members . a frame , a slide carrier and a slide track member , wherein each component has an X , Y , and Z axis with the slide track member having at least one track slot extending along the Y and the Z direction and the slide carrier having at least one cooperating outwardly extending side member for engaging the at least one track slot , wherein drafted contact surfaces of the slot and the outwardly extending side member in the Y direction constrain the slide carrier from moving in the Y direction, and wherein there is at least a pair of the slots and at least a pair of the outwardly extending side members .
Spring/damper system consisting of a plurality of spring/damper elements arranged one behind the other , which are guided along at least one guide element , - wherein the guide element (s) are rigid guide profiles or bendable traction mechanisms, - wherein the respective spring/damper element is designed in the form of a structural damper, - wherein between the front sides of the spring/damper element located in the middle area outwardly curved inner recess of a spring/damper element encloses the guide element(s) , - wherein an intermediate support element is arranged between two successively arranged spring/damper elements , - wherein the intermediate support elements are guided in a slidable manner on the guide elements , - wherein the individual intermediate support element comprises a plate , on the front sides of which a spring/damper element is attached, and - wherein the individual intermediate support element comprises a sliding sleeve , whose bore hole or recess comes into contact with the respective guide element and on whose radial outer wall the respective spring/damper element is at least partially attached. - wherein the guide element (s) are rigid guide profiles or bendable traction mechanisms, - wherein the respective spring/damper element is designed in the form of a structural damper, - wherein between the front sides of the spring/damper element located in the middle area outwardly curved inner recess of a spring/damper element encloses the guide element(s) , - wherein an intermediate support element is arranged between two successively arranged spring/damper elements , - wherein the intermediate support elements are guided in a slidable manner on the guide elements , - wherein the individual intermediate support element comprises a plate , on the front sides of which a spring/damper element is attached, and - wherein the individual intermediate support element comprises a sliding sleeve , whose bore hole or recess comes into contact with the respective guide element and on whose radial outer wall the respective spring/damper element is at least partially attached.
A bucket assembly for a turbine system, comprising: a main body having an exterior surface and defining a main cooling circuit ; a platform surrounding the main body and at least partially defining a platform cooling circuit , the platform comprising a forward portion and an aft portion each extending between a pressure side slash face and a suction side slash face and further comprising a forward face , an aft face , and a top face ; and a plenum at least partially defined in the platform , the plenum in fluid communication with the main cooling circuit and extending from the main cooling circuit towards the suction side slash face , characterized in that the plenum tapers in a direction from the platform towards a root of the bucket assembly. a main body having an exterior surface and defining a main cooling circuit ; a platform surrounding the main body and at least partially defining a platform cooling circuit , the platform comprising a forward portion and an aft portion each extending between a pressure side slash face and a suction side slash face and further comprising a forward face , an aft face , and a top face ; and a plenum at least partially defined in the platform , the plenum in fluid communication with the main cooling circuit and extending from the main cooling circuit towards the suction side slash face , characterized in that the plenum tapers in a direction from the platform towards a root of the bucket assembly.
A method of configuring for use in different media a vibrating fork level switch , said method comprising the steps of: establishing for said switch a relationship between wet fork frequency (WWF) and density in different media; establishing for said switch a relationship between density and switching frequency at a given point for said switch; determining a frequency of vibration of the fork in air (DFF); determining a WWF by fully immersing said switch in a medium with which said switch is to be used; combining measures of DFF and WFF to determine a density of said medium ; and from the determined density establishing a switching frequency for said switch in said medium . establishing for said switch a relationship between wet fork frequency (WWF) and density in different media; establishing for said switch a relationship between density and switching frequency at a given point for said switch; determining a frequency of vibration of the fork in air (DFF); determining a WWF by fully immersing said switch in a medium with which said switch is to be used; combining measures of DFF and WFF to determine a density of said medium ; and from the determined density establishing a switching frequency for said switch in said medium .
A terminal device , comprising: a transceiver unit , configured to receive an update message, wherein the update message is used to instruct the terminal device to update a non-access stratum, NAS, type and/or update a key of the terminal device; and a processing unit , configured to update the NAS type and/or update the key of the terminal device, wherein the updating a NAS type comprises: updating a NAS type used for communication with a second core network device to a NAS type used for communication with a first core network device; and the updating a key of the terminal device comprises: updating a first key used for communication with the second core network device to a second key used for communication with the first core network device; and the first core network device and the second core network device communicate with the terminal device by using a same access network device. a transceiver unit , configured to receive an update message, wherein the update message is used to instruct the terminal device to update a non-access stratum, NAS, type and/or update a key of the terminal device; and a processing unit , configured to update the NAS type and/or update the key of the terminal device, wherein the updating a NAS type comprises: updating a NAS type used for communication with a second core network device to a NAS type used for communication with a first core network device; and the updating a key of the terminal device comprises: updating a first key used for communication with the second core network device to a second key used for communication with the first core network device; and the first core network device and the second core network device communicate with the terminal device by using a same access network device.
Method for producing a tunnel, more particularly a trafficway tunnel, in tubbing construction, wherein tubbing components are assembled in a mechanically generated cavity bore through a substrate so as to form a continuous lining, and bulk material is introduced into the interspace between the inner wall of the cavity and the outer walls of the tubbing components, the interspace more particularly being filled up with bulk material, characterized in that , in addition to the introduction of bulk material into the interspace, an acrylate composition is introduced, more particularly injected, more particularly under pressure, in order to fill out the interspace, the acrylate composition comprising less than 10% by weight of water, based on the total weight of the acrylate composition, and the acrylate composition being a radically curable acrylate composition which comprises at least one (meth)acrylate monomer R.