mhurhangee/ep-ind-claims huggingface dataset:
A drainage structure of a weather strip comprising: an installation base member for being installed on a door opening edge of a retractable roof vehicle or hard top vehicle; a hollow seal part provided downward on an outer-cabin side with respect to said installation base member, for making elastic contact with a top end of a door glass when the door glass is in a closed position; and a seal lip extending from a lower side of said hollow seal part toward an outer-cabin side, of which top end curves upward and for making elastic contact with an inner-cabin side surface of said door glass when the door glass is in a closed position, thereby forming an eaves-trough-shaped water receiving part, wherein: a lower side wall surface forming said hollow seal part, with which the top end of said door glass is suitable for making elastic contact when the door glass is in a closed position, has a bead part formed from an outer-cabin side edge extending at least to a point beyond an elastic contact point of the bead part with the top end of said door glass toward an inner-cabin side; and said bead part is inclined downward; an inner-cabin side edge of said bead part is extended to an inner-cabin side surface of said door glass for guiding water flowing along said bead part to said water receiving part; characterized in that said seal lip has a hollow part provided on an inner-cabin side thereof while said water receiving part has a drainage hole formed thereon which bores to said hollow part; an inner-cabin side edge of said bead part is extended to a point in front of said drainage hole; and the water guided to said water receiving part is further guided to said hollow part via said drainage hole. a lower side wall surface forming said hollow seal part, with which the top end of said door glass is suitable for making elastic contact when the door glass is in a closed position, has a bead part formed from an outer-cabin side edge extending at least to a point beyond an elastic contact point of the bead part with the top end of said door glass toward an inner-cabin side; and said bead part is inclined downward; an inner-cabin side edge of said bead part is extended to an inner-cabin side surface of said door glass for guiding water flowing along said bead part to said water receiving part; characterized in that said seal lip has a hollow part provided on an inner-cabin side thereof while said water receiving part has a drainage hole formed thereon which bores to said hollow part; an inner-cabin side edge of said bead part is extended to a point in front of said drainage hole; and the water guided to said water receiving part is further guided to said hollow part via said drainage hole.
A composition comprising at least one fluoropolymer dissolved in at least one solvent, wherein the solvent comprises a branched, partially fluorinated ether and wherein the partially fluorinated ether corresponds to the formula: Rf-O-R wherein Rf is a selected from perfluorinated and partially fluorinated alkyl groups that may be interrupted once or more than once by an ether oxygen and R is selected from partially fluorinated and non-fluorinated alkyl groups; and wherein the fluoropolymer is a copolymer comprising at least 90 % by weight (based on the total weight of the polymer, which is 100 % by weight) of units derived from tetrafluoroethene and one or more perfluorinated alkyl ethers corresponding to the general formula R f -O-(CF 2) n -CF=CF 2 wherein n is 1 or 0 and Rf represents a perfluoroalkyl residue which may be interrupted once or more than once by an oxygen atom.
A method for creating a group shared distributed reservation in a wireless network, comprising: collecting information about distributed reservation availabilities of devices in the wireless network; selecting a group of shared devices to be included in the group shared distributed reservation based on the collected information; sending a reservation request to each device in the group of shared devices; and updating the group of shared devices to include only devices that accept the reservation request, such that a group of devices sharing a reservation block of one or more medium access time slots is created, wherein a data frame is sent from a source device to a destination device through the devices in the group of devices. collecting information about distributed reservation availabilities of devices in the wireless network; selecting a group of shared devices to be included in the group shared distributed reservation based on the collected information; sending a reservation request to each device in the group of shared devices; and updating the group of shared devices to include only devices that accept the reservation request, such that a group of devices sharing a reservation block of one or more medium access time slots is created, wherein a data frame is sent from a source device to a destination device through the devices in the group of devices.
A method of making a contact lens drug delivery device, comprising: forming a polymer-drug film; and encapsulating the polymer-drug film within a hydrogel lens material in the shape of a lens, wherein encapsulating the polymer-drug film within a hydrogel lens material comprises: providing an encapsulation material in the form of a fluid which comprises the lens material or a polymeric precursor thereto; and solidifying the lens material or polymerizing the polymeric precursor disposed around the polymer-drug film, thereby encapsulating it and forming a continuous matrix around the drug release material. forming a polymer-drug film; and encapsulating the polymer-drug film within a hydrogel lens material in the shape of a lens, wherein encapsulating the polymer-drug film within a hydrogel lens material comprises: providing an encapsulation material in the form of a fluid which comprises the lens material or a polymeric precursor thereto; and solidifying the lens material or polymerizing the polymeric precursor disposed around the polymer-drug film, thereby encapsulating it and forming a continuous matrix around the drug release material. providing an encapsulation material in the form of a fluid which comprises the lens material or a polymeric precursor thereto; and solidifying the lens material or polymerizing the polymeric precursor disposed around the polymer-drug film, thereby encapsulating it and forming a continuous matrix around the drug release material.
Method for managing the authorization of at least one mobile telephone for a mobile radio network, wherein the mobile telephone is set up for a near field communication, can have a mobile radio card, and its authorization for the mobile radio network is provided by an external device in which it is recorded and in which at least one mobile radio card and a device for near field communication with the mobile telephone are provided, wherein authorization involves a near field communication between the external device and the mobile telephone being effected and a connection setup to the mobile radio network being permitted following successful authorization by the external device, characterized in that the authorization comprises the check to determine whether the mobile telephone is recorded on the external device and is therefore entitled to communicate therewith, and whether a registration of the mobile telephone in the mobile radio network was effected successfully, wherein the authorization of the mobile telephone by the external device is effected both in the absence of a mobile radio card in the mobile telephone and when the mobile telephone to be authorized has a mobile radio card, the mobile telephone being configured, when a mobile radio card is present, such that it expects an authorization by the external device when there is a communication event.
A flow control module for controlling the flow in a hydronic system, wherein the hydronic system comprises - a primary side with a first port in fluid connection with an output of at least one source element, a second port in fluid connection with an input of the at least one source element, and at least one controllable primary side flow actuator for providing a primary side flow (q 1), - a secondary side with a third port in fluid connection with an input of at least one load element, a fourth port in fluid connection with an output of the at least one load element, and at least one controllable secondary side flow actuator for providing a secondary side flow (q 2), and - an intermediary transfer element between the primary side and the secondary side, wherein the intermediary transfer element is in fluid connection with the first port, the second port, the third port and the fourth port, characterised in that the flow control module is configured - to minimise the thermal power transfer of the intermediary transfer element from the first port to the second port and/or from the fourth port to the third port, and/or - to maximise the thermal power transfer of the intermediary transfer element from the first port to the third port and/or from the fourth port to the second port, by controlling, in a continuous or regularly closed-loop manner based on minimising a signed deviation value (ΔΔv) being correlated with the thermal power transfer of the intermediary transfer element, the primary side flow (q 1) by means of the at least one controllable primary side flow actuator and the secondary side flow (q 2) by means of the at least one controllable secondary side flow actuator, wherein the flow control module is configured to decrease the secondary side flow (q 2) if the signed deviation value (ΔΔv) is below a negative reference value and the primary side flow (q 1) cannot be increased. - a primary side with a first port in fluid connection with an output of at least one source element, a second port in fluid connection with an input of the at least one source element, and at least one controllable primary side flow actuator for providing a primary side flow (q 1), - a secondary side with a third port in fluid connection with an input of at least one load element, a fourth port in fluid connection with an output of the at least one load element, and at least one controllable secondary side flow actuator for providing a secondary side flow (q 2), and - an intermediary transfer element between the primary side and the secondary side, wherein the intermediary transfer element is in fluid connection with the first port, the second port, the third port and the fourth port, - to minimise the thermal power transfer of the intermediary transfer element from the first port to the second port and/or from the fourth port to the third port, and/or - to maximise the thermal power transfer of the intermediary transfer element from the first port to the third port and/or from the fourth port to the second port,
A method for preparing a dental treatment appliance comprising a tray molded to cover a patient's teeth, the method comprising: injection overmolding a thermoplastic material with a thermoplastic elastomer material to form a chemically bonded material; and thermoforming the injection overmolded chemically bonded material to form the tray. injection overmolding a thermoplastic material with a thermoplastic elastomer material to form a chemically bonded material; and thermoforming the injection overmolded chemically bonded material to form the tray.
A method for identifying a pseudo base station, the method being carried out by a mobile terminal and comprising the steps of: obtaining a tracking area code value, a TAC value, of a detected base station; obtaining a reference TAC value of a legal base station; and determining the detected base station to be a pseudo base station in response to a difference value between the TAC value of the detected base station and the reference TAC value satisfying a target condition, wherein the target condition comprises at least one of a first condition and a second condition, wherein the first condition indicates that the difference value between the TAC value of the detected base station and the reference TAC value is greater than a threshold; and the second condition indicates that the difference value between the TAC value of the detected base station and the reference TAC value is within a target interval; the target condition comprises both the first condition and the second condition in response to a strength of a wireless signal broadcasted by the detected base station being not greater than a threshold strength; the target condition comprises both the first condition and the second condition in response to a moving speed of the mobile terminal being greater than a threshold speed; and the target condition comprises either one of the first condition and the second condition in response to a moving speed of the mobile terminal being not greater than a threshold speed. obtaining a tracking area code value, a TAC value, of a detected base station; obtaining a reference TAC value of a legal base station; and determining the detected base station to be a pseudo base station in response to a difference value between the TAC value of the detected base station and the reference TAC value satisfying a target condition, wherein the target condition comprises at least one of a first condition and a second condition, wherein the first condition indicates that the difference value between the TAC value of the detected base station and the reference TAC value is greater than a threshold; and the second condition indicates that the difference value between the TAC value of the detected base station and the reference TAC value is within a target interval; the target condition comprises both the first condition and the second condition in response to a strength of a wireless signal broadcasted by the detected base station being not greater than a threshold strength; the target condition comprises both the first condition and the second condition in response to a moving speed of the mobile terminal being greater than a threshold speed; and the target condition comprises either one of the first condition and the second condition in response to a moving speed of the mobile terminal being not greater than a threshold speed.
A connector attachable to a case formed with an insertion hole, the connector comprising a contact, a holding member, an outer member and an inserted portion, wherein: the holding member holds the contact; the outer member, at least in part, accommodates the holding member; the inserted portion is configured to be inserted into the insertion hole rearward in a front-rear direction when the connector is attached to the case; the outer member has a body portion, a flange and an attached surface; the flange protrudes from the body portion in a perpendicular plane perpendicular to the front-rear direction; the attached surface is formed of a rear surface of the body portion and a rear surface of the flange;, and the inserted portion projects rearward beyond the attached surface and is located inward of the body portion so as to be close to the center of the body portion observed from the front-rear direction; characterized in that the rear surface of the body portion is formed with a pressure contact portion which surrounds the inserted portion with no break in the perpendicular plane including the rear surface of the body portion; the outer member is made of resin coated with a conductive plating layer; the pressure contact portion is formed with a contact surface which is perpendicular to the front-rear direction and capable for being brought into surface contact with a front surface of the case and located rearward of the rear surface of the flange, and the pressure contact portion is formed not on the rear surface of the flange but on the rear surface of the body portion. the holding member holds the contact; the outer member, at least in part, accommodates the holding member; the inserted portion is configured to be inserted into the insertion hole rearward in a front-rear direction when the connector is attached to the case; the outer member has a body portion, a flange and an attached surface; the flange protrudes from the body portion in a perpendicular plane perpendicular to the front-rear direction; the attached surface is formed of a rear surface of the body portion and a rear surface of the flange;, and the inserted portion projects rearward beyond the attached surface and is located inward of the body portion so as to be close to the center of the body portion observed from the front-rear direction; characterized in that the rear surface of the body portion is formed with a pressure contact portion which surrounds the inserted portion with no break in the perpendicular plane including the rear surface of the body portion; the outer member is made of resin coated with a conductive plating layer; the pressure contact portion is formed with a contact surface which is perpendicular to the front-rear direction and capable for being brought into surface contact with a front surface of the case and located rearward of the rear surface of the flange, and the pressure contact portion is formed not on the rear surface of the flange but on the rear surface of the body portion.
Normally closed solenoid valve having a valve sleeve (5, 6) and a pole core is fixedly arranged in said valve sleeve and an armature is arranged in an axially displaceable manner in said valve sleeve, wherein a compression spring acts between the pole core and the armature so as to push a closing element, which cooperates with the armature, into a valve seat, wherein a pre-stressing force of the compression spring causes an elastic component that is arranged between the armature and the pole core to deform when the solenoid valve is in the non-energized state, characterized in that the impact of the moving armature against the pole core is damped by means of recovering this deformation.
A terminal device (1, 1A, 1B, 1C) that communicates with a base station device, the terminal device (1, 1A, 1B, 1C) comprising: a receiving unit configured to or configured and programmed to: receive downlink control information including first information used to trigger a report of channel state information using a physical uplink shared channel, the downlink control information being used for scheduling of the physical uplink shared channel; receive higher layer information including second information used to indicate two subframe sets; and receive higher layer information including third information, wherein the third information is used to indicate for which subframe set of the two subframe sets the report of the channel state information is triggered in a case that the report of the channel state information is triggered by a first value of a field of the first information, the third information is used to indicate for which subframe set of the two subframe sets the report of the channel state information is triggered in a case that the report of the channel state information is triggered by a second value of the field of the first information, and the third information is used to indicate for which subframe set of the two subframe sets the report of the channel state information is triggered in a case that the report of the channel state information is triggered by a third value of the field of the first information. a receiving unit configured to or configured and programmed to: receive downlink control information including first information used to trigger a report of channel state information using a physical uplink shared channel, the downlink control information being used for scheduling of the physical uplink shared channel; receive higher layer information including second information used to indicate two subframe sets; and receive higher layer information including third information, wherein receive downlink control information including first information used to trigger a report of channel state information using a physical uplink shared channel, the downlink control information being used for scheduling of the physical uplink shared channel; receive higher layer information including second information used to indicate two subframe sets; and receive higher layer information including third information, wherein the third information is used to indicate for which subframe set of the two subframe sets the report of the channel state information is triggered in a case that the report of the channel state information is triggered by a first value of a field of the first information, the third information is used to indicate for which subframe set of the two subframe sets the report of the channel state information is triggered in a case that the report of the channel state information is triggered by a second value of the field of the first information, and the third information is used to indicate for which subframe set of the two subframe sets the report of the channel state information is triggered in a case that the report of the channel state information is triggered by a third value of the field of the first information.
Chain-guiding roller for a bicycle drivetrain having a chain, having a multi-pinion arrangement and having a rear bicycle gearshift mechanism, the chain-guiding roller comprising a bearing region (R B) rotatable about an axis of rotation (A P), a tooth region (R T) with teeth formed thereon for engaging into the chain, and a supporting structure (Ss) that connects the bearing region (R B) and the tooth region (R T), wherein, on at least one tooth, on each of the inboard-side and outboard-side side surfaces (A T) thereof, there are formed guide regions (A G) for lateral guidance of the chain substantially parallel to the axis of rotation (A P), characterized in that at least one inboard-side guide region (A Gi) has an at least regionally reduced thickness dimension (T T), relative to a central plane (P M) of the chain-guiding roller, in relation to at least one outboard-side guide region (A Go) of the at least one tooth, such that a chain section (6 t) running substantially tangentially off the chain-guiding roller can assume a greater skew angle (λ i) in an outboard direction (S o) than in an inboard direction (S i).
A liquid food or beverage preparation machine comprising a pump, a in-line heater and a brewing chamber for circulating liquid through the heater and to the brewing chamber under pressure, in particular at about 10 to 20 atm, for brewing a food or beverage ingredient supplied into said brewing chamber, such heater comprising: - a body incorporating an inlet, an outlet and a heating chamber (4,4',4") extending therebetween, said inlet, outlet and heating chamber forming together a rigid passage (2,3,4,4',4") for guiding said liquid circulating under pressure through said body; and - a heating means, in particular a resistive heating means such as a thick-film, cooperating with the body for supplying heat into said heating chamber (4,4',4"), wherein said body has an outer face arranged to delimit an upstream part of the brewing chamber, the rigid passage (2,3,4,4',4") of the body extending into the brewing chamber, characterized in that said body comprises a generally tubular or prismatic outer member that is covered with said heating means - a body incorporating an inlet, an outlet and a heating chamber (4,4',4") extending therebetween, said inlet, outlet and heating chamber forming together a rigid passage (2,3,4,4',4") for guiding said liquid circulating under pressure through said body; and - a heating means, in particular a resistive heating means such as a thick-film, cooperating with the body for supplying heat into said heating chamber (4,4',4"),