mhurhangee/ep-ind-claims huggingface dataset:
Component with integrated occupancy detection and heating function, comprising at least one evaluation and control unit and at least two electrical conductors (11, 12), which can be energized independently of one another and are assigned to different areas (31 - 35), wherein the evaluation and control unit is designed in such a way that an occupancy of the component is detected in a spatially resolved manner by evaluating a capacitive change in the electrical conductors (11, 12), wherein the evaluation and control unit is designed in such a way that the electrical energy in the associated electrical conductor (11, 12) is increased as a function of a detected occupancy, characterized in that a signal for detecting the occupancy on the electrical conductors (11, 12) is a PWM signal, wherein the evaluation and control unit is designed to adjust the pulse input and pulse output ratio in order to increase the electrical energy for the heating function when occupancy is detected. the evaluation and control unit is designed in such a way that the electrical energy in the associated electrical conductor (11, 12) is increased as a function of a detected occupancy, characterized in that a signal for detecting the occupancy on the electrical conductors (11, 12) is a PWM signal, wherein the evaluation and control unit is designed to adjust the pulse input and pulse output ratio in order to increase the electrical energy for the heating function when occupancy is detected.
A condenser assembly comprising: a condenser; means for cooling the condenser; and a condenser bag (210, 226, 228) removably coupled with the condenser, the condenser bag bounding a first compartment, the condenser bag having a first gas inlet port, a first gas exhaust port and a tubular port (244, 244A, 244B) through which condensed fluid is able to flow out of said bag; each of said ports being in fluid communication with the first compartment, characterized in that the condenser comprises: a condenser body having a first side face and an opposing second side face, the condenser body bounding a channel extending therein and communicating with the means for cooling the condenser; and a first door movably mounted on the condenser body, at least a portion of the condenser bag being disposed between the condenser body and the first door so that at least a portion of the condenser bag is positioned adjacent the first side face of the condenser body. a condenser; means for cooling the condenser; and a condenser bag (210, 226, 228) removably coupled with the condenser, the condenser bag bounding a first compartment, the condenser bag having a first gas inlet port, a first gas exhaust port and a tubular port (244, 244A, 244B) through which condensed fluid is able to flow out of said bag; each of said ports being in fluid communication with the first compartment, a condenser body having a first side face and an opposing second side face, the condenser body bounding a channel extending therein and communicating with the means for cooling the condenser; and a first door movably mounted on the condenser body, at least a portion of the condenser bag being disposed between the condenser body and the first door so that at least a portion of the condenser bag is positioned adjacent the first side face of the condenser body.
A hybrid automatic repeat request, HARQ, feedback method, comprising: obtaining, by a network device, first indication information used to instruct a terminal device to feed back HARQ feedback information, wherein the first indication information is obtained based on information amounts corresponding to a control channel that are in a reference slot and at least one first slot, the reference slot and the at least one first slot each correspond to a different component carrier of a plurality of component carriers serving the terminal device, and the reference slot and the at least one first slot have a same start moment, and at least two of the plurality of component carriers have different slot lengths; and sending, by the network device to the terminal device, indication information used to indicate at least the first indication information. obtaining, by a network device, first indication information used to instruct a terminal device to feed back HARQ feedback information, wherein the first indication information is obtained based on information amounts corresponding to a control channel that are in a reference slot and at least one first slot, the reference slot and the at least one first slot each correspond to a different component carrier of a plurality of component carriers serving the terminal device, and the reference slot and the at least one first slot have a same start moment, and at least two of the plurality of component carriers have different slot lengths; and sending, by the network device to the terminal device, indication information used to indicate at least the first indication information.
A method for handling restricted content for a vehicle, the method comprising: a vehicle system of the vehicle obtaining first and second vehicle information relating to the vehicle; transferring the first vehicle information from the vehicle system to a source (30, 40, 50, 60), the source being an external entity; determining at the source whether the transferred first vehicle information meets a first requirement for information restricting the provision of the restricted content; transferring the restricted content from the source to the vehicle system if the transferred first vehicle information meets the first requirement for providing the restricted content to the vehicle; determining at the vehicle system whether the second vehicle information meets a second requirement for information restricting the processing of the transferred restricted content; and enabling the vehicle system to process the restricted content if the obtained second vehicle information meets the second requirement. a vehicle system of the vehicle obtaining first and second vehicle information relating to the vehicle; transferring the first vehicle information from the vehicle system to a source (30, 40, 50, 60), the source being an external entity; determining at the source whether the transferred first vehicle information meets a first requirement for information restricting the provision of the restricted content; transferring the restricted content from the source to the vehicle system if the transferred first vehicle information meets the first requirement for providing the restricted content to the vehicle; determining at the vehicle system whether the second vehicle information meets a second requirement for information restricting the processing of the transferred restricted content; and enabling the vehicle system to process the restricted content if the obtained second vehicle information meets the second requirement.
Watch case including a middle part with at least one through hole for receiving an orientable screwed crown, and an orientable screwed crown arranged to engage with said hole and seal same tightly, said orientable screwed crown including a pattern on an end face or in the vicinity thereof, said orientable screwed face including, axially movable along an axial direction in relation to one another, on one hand, a subassembly including a crown body suitable for being handled by a user and including said pattern, and, on the other, a tube arranged to be inserted into said hole along said axial direction, said tube including an indexing profile which extends along said axial direction and which is arranged to, in the inserted position in said hole, engage complementarily with a complementary indexing profile included in said hole and which extends along the axial direction, the engagement between said indexing profile and said complementary indexing profile allowing different relative indexing positions corresponding to as many relative orientations of said pattern relative to said case, said subassembly and said tube being arranged to engage by screwing along a portion of the relative axial travel thereof up to a banking position corresponding to a fully screwed position of said subassembly in said tube, characterised in that said indexing profile is a cone of apex angle less than 15°, arranged to engage by friction with said complementary indexing profile of said hole.
A vibrating device comprising: a diaphragm which is configured to warp in a thickness direction; and a film, part of which has a property that causes vibration in a planar direction of the film when electrically driven, which is connected to a first end of the diaphragm at a first connection position and to a second opposing end of the diaphragm at a second connection position, and which is stretched in a direction crossing the diaphragm from the first connection position to the second connection position, wherein the planar vibration of the film causes the warping in a thickness direction of the diaphragm; characterised in that the vibrating device further comprises: a spacer, positioned between the diaphragm and the film, which is configured to secure a gap between the diaphragm and the film at a position apart from the first and second connection positions. a diaphragm which is configured to warp in a thickness direction; and a film, part of which has a property that causes vibration in a planar direction of the film when electrically driven, which is connected to a first end of the diaphragm at a first connection position and to a second opposing end of the diaphragm at a second connection position, and which is stretched in a direction crossing the diaphragm from the first connection position to the second connection position, wherein the planar vibration of the film causes the warping in a thickness direction of the diaphragm; characterised in that the vibrating device further comprises: a spacer, positioned between the diaphragm and the film, which is configured to secure a gap between the diaphragm and the film at a position apart from the first and second connection positions.
Beverages preparation machine adapted for preparing beverages from single doses of at least one edible substance provided in a support of single doses comprising a plurality of single dose portions, presenting at least one first and one second package walls (23, 24) provided substantially air tight, whereby said machine comprises: - at least one extraction device adapted so that it can collect one said single dose portion inside thereof, characterized in that said machine comprises: - an opening disposition disposed upstream of said extraction device along the supply direction of said single dose portions, and adapted so as to provide at least one, preferentially a plurality of passageways in at least one of said first and second package walls (23, 24) of said single dose portions, in that said opening disposition comprises at least one opening part (51, 52) that presents a plurality of opening protrusions disposed along a respective perimeter surface and adapted so as to provide said plurality of passageways, and in that said opening part (51, 52) is provided so that it can be actuated in rotation around a substantially horizontal or vertical axis and disposed so that it can produce said passageways, in that said machine further presents at least one actuation device disposed upstream of said extraction device and adapted so that it can move, by means of traction, a support of single doses presenting a plurality of said single dose portions and thereby successively supply said single dose portions to said extraction device, whereby said actuation device is disposed upstream of said opening device with relation to said extraction device. - at least one extraction device adapted so that it can collect one said single dose portion inside thereof, - an opening disposition disposed upstream of said extraction device along the supply direction of said single dose portions, and adapted so as to provide at least one, preferentially a plurality of passageways in at least one of said first and second package walls (23, 24) of said single dose portions, in that said opening disposition comprises at least one opening part (51, 52) that presents a plurality of opening protrusions disposed along a respective perimeter surface and adapted so as to provide said plurality of passageways, and
A printing unit comprising: a unit chassis; and a pair of opposed inkjet modules mounted in tandem on the unit chassis in forward and reverse orientations, each inkjet module having one respective printhead, wherein: each printhead comprises first and second rows of print chips having 180-degree rotational symmetry mounted on a unitary surface of a respective ink manifold, the first and second rows of print chips comprising a plurality of print chips butted end-on-end along a length of the printhead; the printheads are wholly aligned with respect to a media feed direction for printing in four ink colors from the pair of printheads; the first row of print chips in one of the printheads prints two colors of ink and the second row of print chips in said printhead prints the same two colors of ink; and compensatory sets of nozzles adjacent join regions in the first row of print chips are offset, with respect to the media feed direction, from compensatory sets of nozzles adjacent join regions in the second row of print chips. a unit chassis; and a pair of opposed inkjet modules mounted in tandem on the unit chassis in forward and reverse orientations, each inkjet module having one respective printhead, each printhead comprises first and second rows of print chips having 180-degree rotational symmetry mounted on a unitary surface of a respective ink manifold, the first and second rows of print chips comprising a plurality of print chips butted end-on-end along a length of the printhead; the printheads are wholly aligned with respect to a media feed direction for printing in four ink colors from the pair of printheads; the first row of print chips in one of the printheads prints two colors of ink and the second row of print chips in said printhead prints the same two colors of ink; and compensatory sets of nozzles adjacent join regions in the first row of print chips are offset, with respect to the media feed direction, from compensatory sets of nozzles adjacent join regions in the second row of print chips.
Coating agent valve for influencing a discharge of a coating agent and for arranging in an atomizer or a color changer, comprising a valve needle, a drive interface for coupling a drive device, in particular a valve drive, wherein the drive interface has an elongate cross section, characterized in that a cross section of a housing of the coating agent valve arranged downstream of the drive interface at least partially takes up the cross section of the drive interface, such that a contour of the housing of the coating agent valve corresponds completely or at least partially to a contour of the drive interface, wherein the drive interface has at least one control input for receiving an air pressure signal for driving the valve needle of the coating agent valve.
A device comprising: a biomolecular processor, each biomolecular processor comprising: one or more bioreactor chambers defined by a solid substrate; a support structure within each bioreactor chamber and attached to the solid substrate; a cleaving enzyme immobilized to the support structure and operatively positioned within said bioreactor chamber to cleave monomer or multimer units of a biopolymer molecule operatively engaged by said cleaving enzyme; and one or more time-of-flight channels formed in the solid substrate and fluidically coupled to said one or more bioreactor chambers, each of said one or more time-of-flight channels defined by walls made of a polymeric material, and having an input end and an output end, wherein each of said one or more time-of-flight channels comprise two or more sensors (32, 34) including at least (i) a first sensor contacting the one or more time-of-flight channels proximate to the input end of the one or more time-of-flight channels and (ii) a second sensor contacting the one or more time-of-flight channels proximate to the output end of the one or more time-of-flight channels. one or more bioreactor chambers defined by a solid substrate; a support structure within each bioreactor chamber and attached to the solid substrate; a cleaving enzyme immobilized to the support structure and operatively positioned within said bioreactor chamber to cleave monomer or multimer units of a biopolymer molecule operatively engaged by said cleaving enzyme; and one or more time-of-flight channels formed in the solid substrate and fluidically coupled to said one or more bioreactor chambers, each of said one or more time-of-flight channels defined by walls made of a polymeric material, and having an input end and an output end, wherein each of said one or more time-of-flight channels comprise two or more sensors (32, 34) including at least (i) a first sensor contacting the one or more time-of-flight channels proximate to the input end of the one or more time-of-flight channels and (ii) a second sensor contacting the one or more time-of-flight channels proximate to the output end of the one or more time-of-flight channels.
A device for a vehicle window, comprising a plate-like body for the vehicle window, a resin frame attached to a peripheral edge portion of the plate-like body and a decorative member fitted to the resin frame through a coupling member; the device further comprising: the coupling member including a base portion to be retained in the decorative member and a shaft portion projecting from the base portion so as to be insetted into the resin frame; the decorative member including a retaining portion for retaining the base portion; the resin frame having an aperture formed therein so as to receive the shaft portion; a positioning member having a through bore formed therein so as to receive the shaft portion; the positioning member having an outer peripheral surface insetted into an inner peripheral surface of the aperture; and a fixing structure for fixing the shaft portion and the positioning member; wherein the positioning member includes a cylindrical body, and a flange formed on an end of the body and having an outer diameter larger than the inner diameter of the aperture of the resin frame, and wherein the body has an other end insetted into the aperture from a side of the resin frame opposite to the decorative member, characterized in that the coupling member is made of a resin and has the shaft portion formed with a caulking part as the fixing structure; and the caulking part is thermally caulked to be engaged with the flange of the positioning member. the coupling member including a base portion to be retained in the decorative member and a shaft portion projecting from the base portion so as to be insetted into the resin frame; the decorative member including a retaining portion for retaining the base portion; the resin frame having an aperture formed therein so as to receive the shaft portion; a positioning member having a through bore formed therein so as to receive the shaft portion; the positioning member having an outer peripheral surface insetted into an inner peripheral surface of the aperture; and a fixing structure for fixing the shaft portion and the positioning member; wherein the positioning member includes a cylindrical body, and a flange formed on an end of the body and having an outer diameter larger than the inner diameter of the aperture of the resin frame, and wherein the body has an other end insetted into the aperture from a side of the resin frame opposite to the decorative member, characterized in that the coupling member is made of a resin and has the shaft portion formed with a caulking part as the fixing structure; and the caulking part is thermally caulked to be engaged with the flange of the positioning member.
An animal carrier for transporting animals onboard a vehicle, the animal carrier comprising: (i) an enclosed body comprising at least three side walls, a roof and a floor, the enclosed body being designed to receive one or more cages containing the animals; (ii) attachment means, the attachment means connected to the body, the attachment means configured to enable removable attachment of the animal carrier inside the vehicle; the animal carrier characterized by further comprising one or more tension bars with an adjustable mechanism to secure cages of different dimensions inside the animal carrier. (i) an enclosed body comprising at least three side walls, a roof and a floor, the enclosed body being designed to receive one or more cages containing the animals; (ii) attachment means, the attachment means connected to the body, the attachment means configured to enable removable attachment of the animal carrier inside the vehicle;
A rack post protection system comprising a rack post protection apparatus, the rack post protection apparatus having: a cover having a pipe-shaped body, wherein a cut-away part corresponding to a width of a rack post is formed in a longitudinal direction of the pipe-shaped body; an installation part of the cover being perforated to define an installation space part; a lattice type reinforcing body; a pair of extension plates which protrude in parallel from both ends of the cut-away part in the direction of the rack post; a Velcro or belt type tying member which is configured to cover an outer surface of the cover installed at the rack post and is able to fix in an attaching or detaching manner the rack post protection apparatus and the rack post; and a communication module which is embedded in the installation space part through the installation part and is operable by a battery and is equipped with a transmission module and a collision detection sensor; a main server which is equipped with a storage module and a transmission and receiving module; and a manager's computer which is configured to receive a collision position from the main server, wherein if the collision detection sensor of the rack post protection apparatus installed at the rack post detects a collision, the collision position is transmitted to the transmission and receiving module of the main server through the transmission module and is stored in the storage module and then is transmitted to the manager's computer; characterised in that the lattice type reinforcing body of the rack post protection apparatus is formed integral at an inner wall of the cover; and the installation part of the rack post protection apparatus is provided at an upper end of the cover. a cover having a pipe-shaped body, wherein a cut-away part corresponding to a width of a rack post is formed in a longitudinal direction of the pipe-shaped body; an installation part of the cover being perforated to define an installation space part; a lattice type reinforcing body; a pair of extension plates which protrude in parallel from both ends of the cut-away part in the direction of the rack post; a Velcro or belt type tying member which is configured to cover an outer surface of the cover installed at the rack post and is able to fix in an attaching or detaching manner the rack post protection apparatus and the rack post; and a communication module which is embedded in the installation space part through the installation part and is operable by a battery and is equipped with a transmission module and a collision detection sensor;