mhurhangee/patent-ind-claim-en huggingface dataset:
Mounting arrangement for fastening a shaft in a locking device, the mounting arrangement comprising - a shaft for insertion into a handle follower of a locking device ; - a locking member for fixating the shaft after insertion to prevent undesired removal from the handle follower, and - a release member for releasing the locking member to enable desired removal of the shaft from the handle follower, wherein the locking member is movable between a locking position for fixating the shaft in the handle follower and a release position, and wherein the release member is operatively connected to the locking member for moving the locking member from the locking position to the release position, wherein the locking member and the release member form part of a shaft operator , the shaft operator comprising a first portion that fastens the shaft operator to the shaft and a second portion that comprises the locking member and the release member , wherein the release member is biased away from the shaft and connected to the locking member in such a way that an applied force that acts against the bias of the release member also acts against the bias of the locking member , wherein the shaft comprises a groove and wherein at least one of the locking member and the release member are arranged at least partly in said groove . - a shaft for insertion into a handle follower of a locking device ; - a locking member for fixating the shaft after insertion to prevent undesired removal from the handle follower, and - a release member for releasing the locking member to enable desired removal of the shaft from the handle follower, wherein the locking member is movable between a locking position for fixating the shaft in the handle follower and a release position, and wherein the release member is operatively connected to the locking member for moving the locking member from the locking position to the release position, wherein the locking member and the release member form part of a shaft operator , the shaft operator comprising a first portion that fastens the shaft operator to the shaft and a second portion that comprises the locking member and the release member , wherein the release member is biased away from the shaft and connected to the locking member in such a way that an applied force that acts against the bias of the release member also acts against the bias of the locking member , wherein the shaft comprises a groove and wherein at least one of the locking member and the release member are arranged at least partly in said groove .
A cooking appliance comprising: a housing comprising a container mount and a vacuum-packing module mount ; a first container having a space for accommodating a fluid therein and coupled with the container mount ; a heating unit for heating the fluid associated to the first container , wherein the heating unit is a low-temperature heating unit for heating the fluid contained in the first container to a temperature of 100°C or lower; a vacuum pressure generator coupled to the vacuum-packing module mount to suck air inside a food packing bag; a sealing heater to heat the food packing bag to seal it; a cover rotatably installed to cover or open the first container and the vacuum pressure generator ; and a high-temperature cooking unit comprising a top plate unit forming an upper exterior of the cooking appliance, and optionally wherein a high-temperature heating unit is disposed below the high-temperature cooking unit and/or the housing , characterized in that the cover is flush with the top plate unit when the cover covers the first container and the vacuum pressure generator . a housing comprising a container mount and a vacuum-packing module mount ; a first container having a space for accommodating a fluid therein and coupled with the container mount ; a heating unit for heating the fluid associated to the first container , wherein the heating unit is a low-temperature heating unit for heating the fluid contained in the first container to a temperature of 100°C or lower; a vacuum pressure generator coupled to the vacuum-packing module mount to suck air inside a food packing bag; a sealing heater to heat the food packing bag to seal it; a cover rotatably installed to cover or open the first container and the vacuum pressure generator ; and a high-temperature cooking unit comprising a top plate unit forming an upper exterior of the cooking appliance, and optionally wherein a high-temperature heating unit is disposed below the high-temperature cooking unit and/or the housing , characterized in that the cover is flush with the top plate unit when the cover covers the first container and the vacuum pressure generator .
Glass sheet having a composition which comprises the following in weight percentage, expressed with respect to the total weight of glass : SiO 2 40 - 78% Al 2 O 3 0 - 18% B 2 O 3 0 - 18% Na 2 O 0 - 20% CaO 0 - 10% MgO 0 - 10% K 2 O 0 - 10% BaO 0 - 5%, and and having a LTD4 higher than 70% with illuminant D65 for a sheet thickness of 4mm at a solid angle of observation of 2°.
A station comprising: an antenna adapted to receive, from an access point, a trigger frame including a common information field and a user information field, the common information field including a trigger type subfield that identifies a trigger type of the trigger frame and the user information field including an association identification, AID subfield; and circuitry, characterized in that responsive to the trigger type of the received trigger frame allowing allocation of resource units, RUs, for uplink OFDMA random access, UORA, and responsive to the AID subfield indicating that the user information field allocates RUs for UORA to the station, the circuitry is configured to contend for access to the RUs for UORA with one or more other stations and, if the station wins contention, the antenna is configured to transmit a frame using at least one of the RUs for UORA. an antenna adapted to receive, from an access point, a trigger frame including a common information field and a user information field, the common information field including a trigger type subfield that identifies a trigger type of the trigger frame and the user information field including an association identification, AID subfield; and circuitry, characterized in that responsive to the trigger type of the received trigger frame allowing allocation of resource units, RUs, for uplink OFDMA random access, UORA, and responsive to the AID subfield indicating that the user information field allocates RUs for UORA to the station, the circuitry is configured to contend for access to the RUs for UORA with one or more other stations and, if the station wins contention, the antenna is configured to transmit a frame using at least one of the RUs for UORA.
A vacuum bag for processing a part , comprising: a generally planar flexible elastic bag diaphragm adapted to be placed over the part ; a generally rigid frame encapsulated within the diaphragm ; and a seal bonded to a lower surface of the diaphragm ; wherein the seal is arranged for sealing the diaphragm against a surface of a tool upon which the part is positioned during processing of the part , thereby allowing a vacuum to be drawn within the bag . a generally planar flexible elastic bag diaphragm adapted to be placed over the part ; a generally rigid frame encapsulated within the diaphragm ; and a seal bonded to a lower surface of the diaphragm ; wherein the seal is arranged for sealing the diaphragm against a surface of a tool upon which the part is positioned during processing of the part , thereby allowing a vacuum to be drawn within the bag .
A screw compressor for a utility vehicle, having a housing , wherein the housing is filled with oil , having at least one pair of compressor screws which are mounted in the housing and which serve for compressing air which is fed to the screw compressor , wherein, in the assembled state, a heat exchanger is mounted and installed directly onto the housing , by means of which heat exchanger the temperature of the oil contained in the housing can be regulated, wherein a thermostat valve and a controlling and/or regulating apparatus is provided in the housing , by means of which controlling and/or regulating apparatus the oil temperature of the oil contained in the housing is kept at operating temperature via an oil filter and optionally via the heat exchanger , wherein when cooling is not required, the oil is introduced directly from the screw compressor into the heat exchanger . wherein, in the assembled state, a heat exchanger is mounted and installed directly onto the housing , by means of which heat exchanger the temperature of the oil contained in the housing can be regulated, wherein a thermostat valve and a controlling and/or regulating apparatus is provided in the housing , by means of which controlling and/or regulating apparatus the oil temperature of the oil contained in the housing is kept at operating temperature via an oil filter and optionally via the heat exchanger , wherein when cooling is not required, the oil is introduced directly from the screw compressor into the heat exchanger .
An ice storage apparatus comprising: a housing having a heat insulation characteristic, the housing having a storage space therein; an ice maker received within the housing , the ice maker comprising an ice tray for making ices; an ice bin disposed under the ice maker to store the ices made in the ice maker ; a transfer member disposed within the ice bin to discharge the ices to the outside of the ice bin ; a refrigerating cycle extending into the housing , the refrigerating cycle comprising an evaporation unit attached to an outer surface of the ice tray to cool the ice tray ; and a control unit for controlling operations of the refrigerating cycle and the transfer member , wherein air within the storage space is directly cooled by contacting the evaporation unit and/or the ice tray , and wherein the control unit is configured to operate the refrigerating cycle to cool the storage space when the ice tray has a temperature greater than a set temperature (Ta), wherein the control unit is configured to delay the operation of the refrigerating cycle until the ice tray has the temperature greater than the set temperature (Ta) even though the cooling of the storage space is required because the temperature of the storage space is greater than the set temperature (Ta). a housing having a heat insulation characteristic, the housing having a storage space therein; an ice maker received within the housing , the ice maker comprising an ice tray for making ices; an ice bin disposed under the ice maker to store the ices made in the ice maker ; a transfer member disposed within the ice bin to discharge the ices to the outside of the ice bin ; a refrigerating cycle extending into the housing , the refrigerating cycle comprising an evaporation unit attached to an outer surface of the ice tray to cool the ice tray ; and a control unit for controlling operations of the refrigerating cycle and the transfer member , wherein air within the storage space is directly cooled by contacting the evaporation unit and/or the ice tray , and wherein the control unit is configured to operate the refrigerating cycle to cool the storage space when the ice tray has a temperature greater than a set temperature (Ta), wherein the control unit is configured to delay the operation of the refrigerating cycle until the ice tray has the temperature greater than the set temperature (Ta) even though the cooling of the storage space is required because the temperature of the storage space is greater than the set temperature (Ta).
A quick-coupling device for a milking module of a milking system for milking dairy animals, wherein the quick-coupling device forms a releasable and re-establishable connection between the milking module and a milk pipe and comprises a valve mechanism which is able to be moved from a closed state into an open state and vice versa, wherein the quick-coupling device comprises a feeding port , a discharge port and two articulated clamps , characterized in that the feeding port at one end forms with an articulated clamp a releasable and re-establishable connection between the milking module and the feeding port and in that the feeding port at its other end forms with the other of the articulated clamps a further releasable and re-establishable connection between the discharge port and the feeding port .
A device for adjusting the distance between a pedal module and a seat of a human-powered vehicle, the device comprising: - a guide rail adaptable to be fixed relative to the seat; and - a sliding piece for supporting the pedal module , the sliding piece being adapted to slide on the guide rail , and wherein the sliding piece is lockable to the guide rail on at least one position of the guide rail , wherein the guide rail comprises a perforation and the sliding piece comprises an outward facing protrusion for fastening the sliding piece to the perforation's position on the guide rail , and characterised in that the outward facing protrusion is positioned on the sliding piece so as to be inserted into the perforation due to an increase in distance between the sliding piece and a slidable surface of the guide rail . - a guide rail adaptable to be fixed relative to the seat; and - a sliding piece for supporting the pedal module , the sliding piece being adapted to slide on the guide rail , and wherein the sliding piece is lockable to the guide rail on at least one position of the guide rail , wherein the guide rail comprises a perforation and the sliding piece comprises an outward facing protrusion for fastening the sliding piece to the perforation's position on the guide rail , and characterised in that the outward facing protrusion is positioned on the sliding piece so as to be inserted into the perforation due to an increase in distance between the sliding piece and a slidable surface of the guide rail .
A fluid control device comprising: a support structure configured to be deployed in a borehole ; a filtration component disposed at the support structure, the filtration component including a porous medium made from a thermoplastic polymer material, the porous medium including an open cell foam, the porous medium having a porosity selected to cause the porous medium to exhibit shape memory behavior, the porous medium configured to be compacted from an initial shape to a compacted shape, deployed in the borehole , and subsequently expanded due to a downhole temperature to conform to a surface of the borehole , characterized in that the porosity of the porous medium is at least about 40 percent. a support structure configured to be deployed in a borehole ; a filtration component disposed at the support structure, the filtration component including a porous medium made from a thermoplastic polymer material, the porous medium including an open cell foam, the porous medium having a porosity selected to cause the porous medium to exhibit shape memory behavior, the porous medium configured to be compacted from an initial shape to a compacted shape, deployed in the borehole , and subsequently expanded due to a downhole temperature to conform to a surface of the borehole , characterized in that the porosity of the porous medium is at least about 40 percent.
A method comprising: generating a channel codebook by identifying a subset of antenna configurations from a plurality of antenna configurations of an antenna associated with a transmitter by: transmitting a sequence of symbols from the transmitter to a receiver using the plurality of antenna configurations, wherein each antenna configuration provides a unique transmission characteristic to the receiver, and wherein the antenna configurations are generated by changing the propagation environment around the transmit antennas; receiving feedback from the receiver that identifies the subset of antenna configurations; and, generating channel codebook entries corresponding to the subset of antenna configurations; and, transmitting data from the transmitter to the receiver by using the channel codebook to select a sequence of antenna configurations from the subset of antenna configurations based on the data to be transmitted, and transmitting symbols using the selected sequence of antenna configurations. transmitting a sequence of symbols from the transmitter to a receiver using the plurality of antenna configurations, wherein each antenna configuration provides a unique transmission characteristic to the receiver, and wherein the antenna configurations are generated by changing the propagation environment around the transmit antennas; receiving feedback from the receiver that identifies the subset of antenna configurations; and, generating channel codebook entries corresponding to the subset of antenna configurations; and, transmitting data from the transmitter to the receiver by using the channel codebook to select a sequence of antenna configurations from the subset of antenna configurations based on the data to be transmitted, and transmitting symbols using the selected sequence of antenna configurations.
A method of continuous compression molding a consolidated thermoplastic matrix composite material , the method comprising: providing a thermoplastic matrix composite material 'TMCM' , which includes a thermoplastic material , to a continuous compression molding machine 'CCMM' ; and during the providing : (i) heating the TMCM , within a heat zone of the CCMM , to an initial temperature that is above a melt temperature of the thermoplastic material ; (ii) cooling and consolidating the TMCM , within a consolidation zone of the CCMM , to a subsequent temperature; (iii) relaxing stress within the TMCM , within a stress relaxation zone of the CCMM , at a stress relaxation temperature; (iv) demolding the TMCM from a mold of the CCMM within a demold zone of the CCMM and at a demold temperature that is greater than a glass transition temperature of the thermoplastic material ; and (v) periodically compressing the TMCM , with the mold of the CCMM , to form the TMCM to a desired shape for the consolidated thermoplastic matrix composite material . providing a thermoplastic matrix composite material 'TMCM' , which includes a thermoplastic material , to a continuous compression molding machine 'CCMM' ; and during the providing : (i) heating the TMCM , within a heat zone of the CCMM , to an initial temperature that is above a melt temperature of the thermoplastic material ; (ii) cooling and consolidating the TMCM , within a consolidation zone of the CCMM , to a subsequent temperature; (iii) relaxing stress within the TMCM , within a stress relaxation zone of the CCMM , at a stress relaxation temperature; (iv) demolding the TMCM from a mold of the CCMM within a demold zone of the CCMM and at a demold temperature that is greater than a glass transition temperature of the thermoplastic material ; and (v) periodically compressing the TMCM , with the mold of the CCMM , to form the TMCM to a desired shape for the consolidated thermoplastic matrix composite material . (i) heating the TMCM , within a heat zone of the CCMM , to an initial temperature that is above a melt temperature of the thermoplastic material ; (ii) cooling and consolidating the TMCM , within a consolidation zone of the CCMM , to a subsequent temperature; (iii) relaxing stress within the TMCM , within a stress relaxation zone of the CCMM , at a stress relaxation temperature; (iv) demolding the TMCM from a mold of the CCMM within a demold zone of the CCMM and at a demold temperature that is greater than a glass transition temperature of the thermoplastic material ; and (v) periodically compressing the TMCM , with the mold of the CCMM , to form the TMCM to a desired shape for the consolidated thermoplastic matrix composite material .
An electrical apparatus for stimulating and/or monitoring an eye of a patient, comprising: an implantable device comprising at least one electrode , the implantable device being implantable at a stimulation and/or monitoring position between first and second tissue layers of the eye; a lead comprising one or more conductors connected to the at least one electrode , the lead extending outwardly from the implantable device; wherein the lead comprises first and second lead sections that locate externally to the eye when the implantable device is in the stimulation and/or monitoring position, the second lead section being configured to extend around an orbital bone adjacent the eye , and the first lead section being located between the implantable device and the second lead section; wherein the first lead section has at least one pre-formed bend, characterized in that the first lead section is flexible, the at least one-preformed bend provides a change in direction of the lead at the first lead section of at least 90 degrees, wherein the first lead section is configured to have a length that is greater than a distance between the eye and the orbital bone , and the first lead section , including the at least one-preformed bend of the first lead section, is configured to flex during a movement of the eye in one or more rotational directions so that the movement of the eye is relatively unhindered by the first lead section. an implantable device comprising at least one electrode , the implantable device being implantable at a stimulation and/or monitoring position between first and second tissue layers of the eye; a lead comprising one or more conductors connected to the at least one electrode , the lead extending outwardly from the implantable device; wherein the lead comprises first and second lead sections that locate externally to the eye when the implantable device is in the stimulation and/or monitoring position, the second lead section being configured to extend around an orbital bone adjacent the eye , and the first lead section being located between the implantable device and the second lead section; wherein the first lead section has at least one pre-formed bend, characterized in that the first lead section is flexible, the at least one-preformed bend provides a change in direction of the lead at the first lead section of at least 90 degrees, wherein the first lead section is configured to have a length that is greater than a distance between the eye and the orbital bone , and the first lead section , including the at least one-preformed bend of the first lead section, is configured to flex during a movement of the eye in one or more rotational directions so that the movement of the eye is relatively unhindered by the first lead section.